Comtech EF Data CDM-710 Installation And Operation Manual Download Page 99

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CDM-710 Broadcast Satellite Modem

Revision 11

Front Panel Operation

MN/CDM710.IOM

5–35

Media packets will be addressed to this UDP port; FEC packets (if FEC generation is
enabled) will be addressed to (UDP destination port +2).

(CONFIG: Intfc2 Gigabit Ethernet) Man

Intfc2 Management IP
192.168.001.008/24

To enter the management IP address/subnet mask for Gigabit Ethernet Interface management
channel, first use the

◄

►

arrow keys to select the desired digit to edit, then use the

▲

▼

arrow

keys to change the value of that digit. Press

ENTER

when done.

(CONFIG: Intfc2 Gigabit Ethernet) Stats

Intfc2 Statistics
View Clear

Select

View

Clear

using the

◄

►

arrow keys, then press

ENTER

(CONFIG: Intfc2 Gigabit Ethernet) Stats

View

FPGA Packets Dropped
00000000000000000000 (

)

Table 5-3

lists the viewable statistics for this interface. Use the

▲

▼

arrow keys to page

through the available statistics reports. Press

ENTER

CLEAR

when done.

Table 5-3. Statistics for the Gigabit Ethernet Interface

GBEI Statistics Summary

Category

Message

Description

1000Base-T Link

Statistics

LAN Good Octets (In)

The sum of lengths of all good Ethernet frames received from the LAN.

LAN Bad Octets (In)

The sum of lengths of all bad Ethernet frames received from the LAN.

LAN Unicast (In)

The sum of good frames received from the LAN that have a unicast destination MAC address.

LAN Broadcast (In)

The sum of good frames received from the LAN that have a broadcast destination MAC address.

LAN Multicast (In)

The sum of good frames received from the LAN that have a multicast destination MAC address.

LAN Pause (In)

The number of good flow control frames received from the LAN.

LAN Undersize (In)

Total frames received from the LAN with a length of less than 64 octets but with a valid FCS.

LAN Fragments (In)

Total frames received from the LAN with a length of less than 64 octets and an invalid FCS.

LAN Oversize (In)

Total frames received from the LAN with a length greater than the maximum size of octets but with a

valid FCS.

LAN Jabber (In)

Total frames received from the LAN with a length greater than the maximum size of octets but with an

invalid FCS.

LAN Rx Err (In)

Total frames received from the LAN for which an error was detected at the PHY.

LAN FCS Err (In)

Total frames received from the LAN with a CRC error that was not counted in the Fragments or Rx Err

totals.

LAN Octets (Out)

The sum of the lengths of all Ethernet frames transmitted to the LAN.

LAN Unicast (Out)

The sum of frames transmitted to the LAN that have a unicast destination MAC address.

LAN Broadcast (Out)

The sum of frames transmitted to the LAN that have a broadcast destination MAC address.

LAN Multicast (Out)

The sum of frames transmitted to the LAN that have a multicast destination MAC address.

Summary of Contents for CDM-710

Page 1: ...document supersedes all previously published information regarding this product Product specifications are subject to change without prior notice CDM 710 Broadcast Satellite Modem Installation and Operation Manual Includes data for the CDM 710 70 140 MHz and CDM 710L L Band Configurations ...

Page 2: ......

Page 3: ...pendix A REMOTE CONTROL Original Manual Part Number Rev MN CDM710 IOM Rev 11 Errata Number PLM Document ID ER CDM710 EA11 PLM CO Number C 0025029 Comments The updated information will be incorporated into the next formal revision of the manual Update the FLT Serial Remote Control Query as highlighted on pages 3 and 4 of this document see Appendix A REMOTE CONTROL pp A10 A11 A24 A25 A40 A41 ...

Page 4: ...Errata A for MN CDM710 IOM Rev 11 Update FLT Serial Remote Control Query ER CDM710 EA11 THIS DOCUMENT IS NOT SUBJECT TO REVISION UPDATE PLM CO C 0025029 Page 2 of 4 This page is intentionally blank ...

Page 5: ... 7 Power supply fault 12 0 Volts Framer Card 8 Power supply fault 12 0 Volts Framer Card 9 Power supply fault 18 0 Volts Framer Card A FLASH Checksum B FEC1 Load C FEC2 Load D Interface 1 Load E Interface 2 Load F 192 MHz PLL G External Reference H Framer Card Temperature I Modem Temperature J Cooling Fans K Interface 1 Removed L Interface 2 Removed b Tx Traffic Status 0 No faults 1 1 5V Power Sup...

Page 6: ...Port Transmit Data Loss Interface 1 E Reserved F ASI Frame Not Synchronized Interface 1 G Reserved H HSSI TX Clock Failure Interface 1 I Reserved J GBEI Card Datarate 200 PPM K GBEI Card Datarate 200 PPM L GBEI No PHY Link M Encoder FIFO Empty N Encoder FIFO Full O ASI Tx Input Datarate Offset 110PPM Interface 1 P Reserved Q ASI Tx Input Datarate Offset 110PPM Interface 1 R Reserved S SERDES Parit...

Page 7: ...EF Data 2114 West 7th Street Tempe Arizona 85281 USA 480 333 2200 FAX 480 333 2161 CDM 710 Broadcast Satellite Modem Installation and Operation Manual Includes data for the CDM 710 70 140 MHz and CDM 710G L Band Configurations Part Number MN CDM710 IOM Revision 11 August 16 2010 ...

Page 8: ...This page is intentionally blank ...

Page 9: ...autions and Warnings xiv Electrical Safety and Compliance xiv Fuses xiv Low Voltage Directive LVD xiv Installation xv Environmental xv Telecommunications Terminal Equipment Directive xvi CE Mark xvi RoHS Compliance xvi EMC Electromagnetic Compatibility Compliance xvi Warranty Policy xvii Limitations of Warranty xvii Exclusive Remedies xviii Customer Support xix Online Customer Support xix CHAPTER ...

Page 10: ... and Physical 1 15 1 4 2 Modulator 1 15 1 4 2 1 CDM 710 70 140 MHz Modulator 1 15 1 4 2 2 CDM 710L L Band Modulator 1 16 1 4 3 Demodulator 1 16 1 4 3 1 CDM 710 70 140 MHz Demodulator 1 16 1 4 3 2 CDM 710L L Band Demodulator 1 17 1 4 4 Test Functions 1 19 1 4 5 Monitor Functions 1 19 1 4 6 Remote Port Operation 1 19 1 4 7 Data Rate Range 1 20 CHAPTER 2 INSTALLATION 2 1 2 1 Unpacking and Inspection ...

Page 11: ... 5 2 Opening Screen 5 4 5 2 1 Menu Matrix 5 5 5 3 SELECT Main Menu 5 6 5 3 1 SELECT Config 5 7 5 3 1 1 CONFIG Remote Remote Control 5 8 CONFIG Remote Local 5 8 CONFIG Remote Serial 5 8 CONFIG Remote Serial Æ Interface 5 8 CONFIG Remote Serial Æ Interface Æ RS232 5 9 CONFIG Remote Serial Æ Interface Æ RS485 2W 4W 5 9 CONFIG Remote Serial Æ Interface Æ Baudrate 5 9 CONFIG Remote Ethernet 5 9 CONFIG ...

Page 12: ...ONFIG Rx Dem Demod 5 19 CONFIG Rx Dem Æ Type 5 19 CONFIG Rx Dem Æ Inv 5 20 CONFIG Rx Dem Æ Acq 5 20 CONFIG Rx Dem Æ α 5 20 CONFIG Rx Dem Æ Eq 5 20 CONFIG Rx Dem Æ IQ TP 5 21 CONFIG Rx Dem Æ Pilot DVB S2 mode only 5 21 CONFIG Rx Dem Æ Scr Descrambler DVB S2 mode only 5 21 CONFIG Rx Code 5 21 CONFIG Rx SymRate 5 22 CONFIG Rx Mode 5 22 CONFIG Rx Freq 5 22 CONFIG Rx Eb No 5 23 CONFIG Rx Eb No Æ Thresh...

Page 13: ...fc2 Gigabit Ethernet Ingress Æ Str Æ IP Æ 1 2 5 31 CONFIG Intfc2 Gigabit Ethernet Ingress Æ Str Æ IP Æ 1 2 Æ Group 5 31 CONFIG Intfc2 Gigabit Ethernet Ingress Æ Str Æ IP Æ 1 2 Æ Source 5 31 CONFIG Intfc2 Gigabit Ethernet Ingress Æ Str Æ IP Æ Port 5 32 CONFIG Intfc2 Gigabit Ethernet Ingress Æ Str Æ Mode 5 32 CONFIG Intfc2 Gigabit Ethernet Ingress Æ Str Æ Pri 5 32 CONFIG Intfc2 Gigabit Ethernet Ingr...

Page 14: ...ces Only 5 48 5 3 5 SELECT Save Load 5 49 5 3 5 1 Save Load Save 5 49 5 3 5 2 Save Load Load 5 50 5 3 6 SELECT Util Utility 5 50 5 3 6 1 UTIL RT Clk 5 50 5 3 6 2 UTIL Ref 5 51 5 3 6 3 UTIL ID 5 51 5 3 6 4 UTIL Display 5 51 5 3 6 5 UTIL Firmware 5 51 Firmware Info 5 52 Firmware Info Æ Bootrom 5 52 Firmware Info Æ Image 1 Image 1 5 52 Firmware Select 5 52 5 3 6 6 UTIL FAST 5 54 FAST Cnfg Configurati...

Page 15: ...4 2 Admin Pages 6 13 6 5 4 2 1 Admin Access Page 6 13 6 5 4 2 2 Admin Remote Page 6 15 6 5 4 3 Config Mdm Configure Modem 6 16 6 5 4 3 1 Config Mdm Interface 6 16 6 5 4 3 2 Config Mdm Modem 6 18 6 5 4 3 3 Config Mdm Modem Utilities 6 19 6 5 4 4 Stats Statistics Pages 6 21 6 5 4 4 1 Stats Modem Status 6 21 6 5 4 4 2 Stats Events Statistics 6 22 6 5 4 5 Maint Unit Info Page 6 23 CHAPTER 7 FORWARD ER...

Page 16: ... 10 1 10 1 Introduction 10 1 10 2 Physical Description 10 2 10 3 J1 Connector Pinout RJ45 10 3 10 4 General Specifications 10 4 10 5 Flash Upgrading the CDI 70 GigE Interface 10 6 10 5 1 CDI 70 GigE Interface Firmware Upgrade Procedure 10 7 APPENDIX A REMOTE CONTROL A 1 A 1 Overview A 1 A 2 EIA 485 A 1 A 3 EIA 232 A 2 A 4 Basic Protocol A 2 A 5 Packet Structure A 3 A 5 1 Start of Packet A 3 A 5 2 ...

Page 17: ... No Performance for DSNG 8 PSK Operations 1 19 Table 1 5 Eb No Performance for DSNG 16 QAM Operations 1 19 Table 1 6 Data Rate Range Standard FEC Frame 188 Byte Format 1 21 Table 1 7 Data Rate Range Short Frame 188 Byte Format 1 22 Table 3 1 Modem Rear Panel Connectors 3 2 Table 5 1 Symbol Rate Data Rate Range Standard FECFrame and 188 Byte Format 5 15 Table 5 2 Symbol Rate Data Rate Range Short F...

Page 18: ...nterface page 6 16 Figure 6 7 Config Mdm Interface page with Empty Slot 6 17 Figure 6 8 Config Mdm Modem page 6 18 Figure 6 9 Config Mdm Modem Utilities page 6 19 Figure 6 10 Stats Modem Status page 6 21 Figure 6 11 Stats Events Statistics page 6 22 Figure 6 12 Maint Unit Info page 6 23 Figure 7 1 DVB S QPSK BER versus Eb No 7 6 Figure 7 2 DVB DSNG 8 PSK BER versus Eb No 7 7 Figure 7 3 DVB DSNG 16...

Page 19: ...uggestions regarding the content and design of this manual will be appreciated To submit comments please contact the Comtech EF Data Technical Publications Department TechnicalPublications comtechefdata com Conventions and References Metric Conversion Metric conversion information is located on the inside back cover of this manual This information is provided to assist the operator in cross refere...

Page 20: ...dous situation that if not avoided could result in death or serious injury Electrical Safety and Compliance The CDM 710 has been shown to comply with the EN 60950 Safety of Information Technology Equipment Including Electrical Business Machines safety standard The equipment is rated for operation over the range 100 to 240 VAC It has a maximum power consumption of 60 watts and draws a maximum of 60...

Page 21: ...nd The CDM 710 is shipped with a line inlet cable suitable for use in the country of operation If it is necessary to replace this cable ensure the replacement has an equivalent specification Examples of acceptable ratings for the cable include HAR BASEC and HOXXX X Examples of acceptable connector ratings include VDE NF USE UL CSA OVE CEBEC NEMKO DEMKO BS1636A BSI SETI IMQ KEMA KEUR and SEV Enviro...

Page 22: ...Characteristics of Information Technology Equipment Also tested to FCC Part 15 Class B Immunity EN 55024 Information Technology Equipment Immunity Characteristics Limits and Methods of Measurement Additionally the CDM 710 has been shown to comply with the following standards EN 61000 3 2 Harmonic Currents Emission EN 61000 3 3 Voltage Fluctuations and Flicker IMPORTANT To ensure that the CDM 710 c...

Page 23: ...anty are limited to repair or replacement of failed parts and the return shipment to the buyer of the repaired or replaced parts Limitations of Warranty The warranty does not apply to any part of a product that has been installed altered repaired or misused in any way that in the opinion of Comtech EF Data Corporation would affect the reliability or detracts from the performance of any part of the...

Page 24: ...rticular purpose The buyer shall pass on to any purchaser lessee or other user of Comtech EF Data Corporation s products the aforementioned warranty and shall indemnify and hold harmless Comtech EF Data Corporation from any claims or liability of such purchaser lessee or user based upon allegations that the buyer its agents or employees have made additional warranties or representations as to prod...

Page 25: ...model number serial number and a description of the problem Request a Return Material Authorization RMA number from the Comtech EF Data Customer Support representative Pack the product in its original shipping carton packaging to ensure that the product is not damaged during shipping Ship the product back to Comtech EF Data Shipping charges should be prepaid Online Customer Support An RMA number r...

Page 26: ...CDM 710 Broadcast Satellite Modem Revision 11 Preface MN CDM710 IOM xx Notes ...

Page 27: ...e in the following versions CDM 710 70 140 MHz 52 to 88 MHz and 104 to 176 MHz in 100 Hz resolution CDM 710L L Band 950 to 2000 MHz in 100 Hz resolution Individual Modulator and Demodulator cards are available for the CDM 710 for operation at either 70 140 MHz or L Band The terrestrial data interfaces as depicted in the block diagram shown in Figure 1 2 are field removable to allow different inter...

Page 28: ... freestanding if desired Handles at the front facilitate removal from and placement into a rack The CDM 710 performs several key functions It accepts incoming data from the terrestrial interface and converts it into appropriate clock and data signals The modulator operates on the data to frame and encode it for transmission Encoded information is mapped for modulation A modulated carrier is transm...

Page 29: ...ded in the data and clock recovery is performed to generate clock and data signals A First In First Out FIFO follows the terrestrial interface to facilitate delivery of the data to the framing card Data is passed to the Forward Error Correction FEC Encoder where the data is framed and encoded in accordance with either the DVB S DVB DSNG or DVB S2 formats After encoding the data is passed to the mo...

Page 30: ...Any attempt to remove or install a data face without first turning off the power to the unit will result in damage to the data interface The Framer Card receives signals from the data interface card and routes signals to the FEC Encoder and Modulator The microcontroller for the unit also resides on the Framer Card and is the embedded controller for the entire modem The microcontrollers handle all ...

Page 31: ... Card Later Units PL 10881 4 CDI 40 DVB ASI Interface Card for 1 1 and 1 N Note 5 PL 10881 3 CDI 40 DVB ASI Interface Card for 1 N Note 5 PL 11509 1 CDI 70 10 100 1000 Base T GbE Interface FW11509 Note 6 PL 11509 2 CDI 70 10 100 1000 Base T GbE Interface FW12547 Note 6 PL 11582 1 CDI 60 HSSI Interface Note 7 Notes 1 Earlier units are Tx only and are not upgradeable to 16APSK or higher 2 Earlier un...

Page 32: ...CDM 710 Broadcast Satellite Modem Revision 11 Introduction MN CDM710 IOM 1 6 1 3 3 Dimensional Envelope Figure 1 4 CDM 710 Dimensional Envelope ...

Page 33: ...e click action which provides tactile feedback Note that per the above figure the initially released version featured switches behind a sealed membrane overlay The user enters data via the keypad and messages are displayed on the VFD The VFD is an active display showing two lines of 24 characters each It produces a blue light with adjustable brightness Compared to a Liquid Crystal Display LCD the ...

Page 34: ...M710 IOM 1 8 1 3 4 2 Rear Panel Figure 1 6 Rear Panel View Figure 1 6 shows the rear panel of the CDM 710 External cables are attached to connectors on the rear panel of the CDM 710 Each connector is described in detail in Chapter 3 REAR PANEL CONNECTORS AND PINOUTS ...

Page 35: ... 2 is chosen More information on these kits is provided in the CRS 170A or CRS 180 1 1 Redundancy Switch datasheet and Installation and Operation manual 1 N Redundancy with the CRS 300 The CRS 300 was originally designed for operation with the CDM 600 and subsequently adapted to a number of other modems It is capable of supporting interfaces up to the point where there are no more paths left to ro...

Page 36: ... 1 3 6 Verification The unit includes a number of tests for rapid verification of the correct functioning of the unit Selection of a CW carrier permits measurement of carrier center frequency or phase noise characteristic A single sideband carrier also is available at the operating symbol rate to check I and Q phase and amplitude balance When normal operation is again selected all of the previous ...

Page 37: ...ty for enabling functions as they are required FAST allows an operator to order a modem precisely tailored for the initial application When service requirements change the operator can upgrade the topology of the modem to meet those requirements within minutes This accelerated upgrade can be accomplished because of FAST s extensive use of the programmable logic devices incorporated into Comtech EF...

Page 38: ...5 5 DVB S2 DVB S QPSK 8PSK QPSK 45 45 6 DVB S2 DVB S QPSK 8PSK 16APSK QPSK 45 35 45 7 DVB S2 DVB S DVB DSNG QPSK 8PSK 16APSK QPSK 8 PSK 16 QAM 45 35 45 45 8 DVB S2 DVB S DVB DSNG QPSK 8PSK 16APSK 32 APSK QPSK 8 PSK 16 QAM 45 35 28 45 45 Receive Configurations Tier FAST Option Modulation Max Symbol Rate Msps 1 DVB S2 DVB S QPSK 8PSK QPSK 45 45 2 DVB S2 DVB S QPSK 8PSK 16APSK QPSK 45 35 45 3 DVB S2 ...

Page 39: ...2 See Figure 1 7 and Table 1 1 M C Remote Port RS 232 and RS 485 2W 4W with Comtech EF Data protocol 10 100 Base T Ethernet with HTTP SNMP or Telnet Physical PL Layer Scrambling User specified value one of n 0 to 262 141 per EN 302 307 Pilot Insertion Selection for On or Off Reflash Ethernet port Frequency Reference Selectable Internal Reference 10 MHz for data and IF stability 1 5 ppm External Cl...

Page 40: ...fN 0 2 fN 0 2 fN 0 40 0 07 fN E 0 4 fN 0 4 fN 0 4 fN 0 25 0 07 fN F 0 4 fN 0 4 fN 0 4 fN 0 40 0 07 fN G 0 8 fN 0 86fN 0 89 fN 0 15 0 07 fN H 0 8 fN 0 86 fN 0 89 fN 1 10 0 07 fN I 0 9 fN 0 93 fN 0 94 fN 0 50 0 07 fN J 1 0 fN 1 0 fN 1 0 fN 2 00 0 07 fN K 1 0 fN 1 0 fN 1 0 fN 4 00 0 07 fN L 1 2 fN 1 13 fN 1 11 fN 8 00 M 1 2 fN 1 13 fN 1 11 fN 11 00 N 1 8 fN 1 60 fN 1 5 fN 35 00 P 1 4 fN 1 30 fN 1 23 ...

Page 41: ...on Requirements Frequency 52 to 88 MHz or 104 to 176 MHz in 100 Hz steps Bandwidth of transmitted spectrum is within IF frequency range Impedance 75Ω or 50Ω programmable Connector BNC Female Return Loss 18 dB Output Power 0 to 20 dBm in 0 1 dB steps Carrier is not interrupted when changing between output power levels or removing data connections Output Power Accuracy 0 5 dB at 25 C Output Power St...

Page 42: ...omponent 1 degrees RMS double sided 100 Hz to 10 MHz Spectral Inversion Normal or Inverted Quadrature Phase Error 2 Quadrature Amplitude Imbalance 0 2 dB maximum Carrier Null 35 dB below an unmodulated carrier Combined Amplitude Imbalance and Quadrature Phase Error Single sideband test with suppressed sideband 35 dB minimum below unmodulated carrier 1 4 3 Demodulator 1 4 3 1 CDM 710 70 140 MHz Dem...

Page 43: ... at 1 Msps 41 5 dBm at 45 Msps AGC Range 45 dB above minimum Max Composite Level 30 dBc composite to desired up to 10 dBm Acquisition Range 100 kHz programmable in 1 kHz steps Acquisition Time Typical 5 seconds DVB S and DVB DSNG Typical 10 seconds DVB S2 Pilots On Adaptive Equalizer Up to 3 dB tilt BER Performance See Table 1 2 through Table 1 5 IQ Test Point Accessible from rear panel Alarm conn...

Page 44: ...3 9 10 1 788612 N A 6 92 4 39 8 PSK 3 5 1 779991 1 725319 6 20 3 70 2 3 1 980636 1 922040 7 32 4 35 3 4 2 228124 2 118761 8 61 5 13 5 6 2 478562 2 381056 10 15 6 21 8 9 2 646012 2 577778 11 49 7 26 9 10 2 679207 N A 11 78 7 50 16 APSK 2 3 2 637201 2 548792 9 97 5 76 3 4 2 966728 2 809662 11 21 6 49 4 5 3 165623 2 983575 12 03 7 03 5 6 3 300184 3 157488 12 61 7 42 8 9 3 523143 3 418357 13 89 8 42 9...

Page 45: ...Used in testing SSB Carrier Provides desired sideband suppressed carrier and suppressed sideband Loopback Modes Modulator to Demodulator I O Loopback where applicable Digital Loopback where applicable 1 4 5 Monitor Functions Description Requirements Status Items available via Front Panel Fault Log with fault type and time stamp Receive Signal Level Report within 5 dB typical Es No Report within 0 ...

Page 46: ...e and Table 1 7 is for the Short Frame The tables are based on a 188 byte transport stream packet When a 204 byte frame size is selected the data rate increases by 204 188 DVB recommends turning the Pilot ON for 8PSK and higher modulation orders particularly when phase noise is present The following modes may need Pilot ON for low C N operation 8PSK 1 2 16APSK 2 3 and 3 4 and 32APSK 3 4 to assist ...

Page 47: ... 228124 2 228124 100 265560 2 177525 2 177525 97 988646 5 6 2 478562 2 478562 111 535270 2 422276 2 422276 109 002433 8 9 2 646012 2 646012 119 070539 2 585924 2 585924 116 366586 9 10 2 679207 2 679207 120 564315 2 618365 2 618365 117 826440 16APSK LDPC BCH 2 3 1 35 2 637201 2 637201 92 302026 2 574613 2 574613 90 111471 3 4 2 966728 2 966728 103 835482 2 896320 2 896320 101 371209 4 5 3 165623 3...

Page 48: ...70 279570 8 9 1 727961 1 727961 77 758242 1 690800 1 690800 76 086022 9 10 N A N A N A N A N A N A 8PSK LDPC BCH 3 5 1 45 1 725319 1 725319 77 639344 1 692033 1 692033 76 141479 2 3 1 922040 1 922040 86 491803 1 884959 1 884959 84 823151 3 4 2 118761 2 118761 95 344262 2 077885 2 077885 93 504823 5 6 2 381056 2 381056 107 147541 2 335120 2 335120 105 080386 8 9 2 577778 2 577778 116 000000 2 52804...

Page 49: ...nd checked for normal operation CAUTION Do not use any cutting tool that will extend more than 1 into the container and cause damage to the unit Unpack and inspect the modem as follows Step Description 1 Cut the tape at the top of the carton indicated by OPEN THIS END 2 Remove the cardboard foam space covering the modem 3 Remove the modem manual and power cord from the carton 4 Save the packing ma...

Page 50: ...s Kit KT 6228 2 Quantity CEFD Part Number Description 2 HW 10 32SHLDR Screw 10 Shoulder 4 HW 10 32FLT Washer 10 Flat 2 HW 10 32SPLIT Washer 10 Split 2 HW 10 32HEXNUT Nut 10 Hex 2 FP 6138 1 Bracket Rear Support 4 HW 10 32x1 2RK Bolt 10 Rack Bracket The tools required for this installation are a medium Phillips screwdriver and a 5 32 inch SAE Allen Wrench The kit is installed as follows Step Descrip...

Page 51: ...CDM 710 Broadcast Satellite Modem Revision 11 Installation MN CDM710 IOM 2 3 Figure 2 1 Installation of Optional Rear Mounting Support Brackets KT 6228 2 ...

Page 52: ...mounting via use of the optional CEFD P N FP SL0006 Bearingless Side Railings installed using user furnished standard shop tooling and mounting hardware Optional Bearingless Side Railings CEFD P N FP SL0006 Quantity CEFD Part Number Description 2 FP SL0006 Bearingless Side Railing Figure 2 2 Installation of Optional Bearingless Side Railings FP SL0006 ...

Page 53: ...ilable connectors grouped according to service function and the differences between the initially released chassis and the Rev A and later chassis Refer to the applicable Data Interface sections later in this chapter for pertinent connector pinout information Slot 1 Slot 2 Initially released chassis 70 140 MHz shown with optional CDI 40 ASI interface Rev A and later chassis 70 140 MHz shown with o...

Page 54: ...Alarms relay closures P2 Remote 9 pin Type D male Serial Remote Interface RS232 485 J7 Ext Ref Initially released chassis only Note 1 SMA Female External Reference Input J7 Ext Ref Rev A and later chassis only Note 2 BNC female External Reference Input Power Ground Sect 3 5 AC IEC Chassis prime power input DC Optional Terminal block Chassis prime power input Ground 10 32 stud Common Chassis Ground...

Page 55: ...ype N female L Band Tx IF signal 3 2 2 Rx IF Connectors J3 Ref Des Connector Type Description Direction J2 CDM 710 70 140 MHz band BNC female 70 140 MHz Rx IF Signal In CDM 710L L Band Type N female L Band Rx IF Signal 3 3 Terrestrial Data Connections 3 3 1 10 100 Ethernet Remote Port Connector Pinout J4 The J4 Ethernet connector is a RJ 45 female interface The J4 connector pinout is as follows 3 ...

Page 56: ...COM I O I O I O 14 6 13 Tx Traffic De energized Faulted Note 1 2 Tx Traffic Energized No Fault Tx Traffic Tx NC Tx NO Tx COM I O I O I O 5 12 4 Unit Fault De energized Faulted Note 1 2 Unit Fault Energized No Fault Unit Fault Unit NC Unit NO Unit Com I O I O I O 11 3 Rx I Channel Constellation Monitor Rx Q Channel Constellation Monitor Rx I Rx Q O O 10 No Connection NC NC 2 AGC Voltage Rx signal l...

Page 57: ...ser selectable for either RS 232 or RS 485 The connector pinout is as follows Pin Description Direction 1 Ground 2 RS 232 Transmit Data Out 3 RS 232 Receive Data In 4 Not Used 5 Not Used 6 RS 485 Receive Data B In 7 RS 485 Receive Data A In 8 RS 485 Transmit Data B Out 9 RS 485 Transmit Data A Out Use for 2 wire RS 485 operation 3 4 3 External Reference Input J7 The Ext Ref External Reference inpu...

Page 58: ... following 3 5 2 Ground Connector GND A 10 32 stud on the rear panel of the modem is used for connecting a common chassis ground among all equipment Note The AC power connector provides the safety ground Input Power 60W maximum Input Voltage 100 to 240V AC 50 60Hz auto ranging unit switches ranges automatically Connector Type I E C Fuse Protection Line and neutral fusing For 115 and 230 volt AC op...

Page 59: ...using www comtechefdata com Comtech EF Data s Web site Figure 5 1 via e mail or on CD This chapter outlines the complete upgrading process as follows New firmware can be downloaded via the Internet to an external PC The upgrade can be performed without opening the CDM 710 by simply connecting the unit to the Ethernet port of the external PC Once downloaded the firmware update is transferred via Fi...

Page 60: ...rmware version prior to Ver 4 0 1 first upgrade to Ver 4 0 1 in both images prior to upgrading to Ver 4 1 1 or o Upgrading to from Firmware Ver 4 1 1 or later from an earlier version Upgrading to Firmware Ver 4 1 1 from a previous version Step Procedure 1 Start with pre FW Ver 4 1 1 in both images 2 Upgrade one image 3 Switch images 4 Reboot the modem 5 Upgrade the opposite image 6 Reboot the mode...

Page 61: ...be created Note The drive letter c is used in this example Any valid writable drive letter can be used For Windows Command line Click Start on the Windows taskbar then click the Run icon or depending on Windows OS versions prior to Windows 95 click the MS DOS Prompt icon from the Main Menu Then to open a Command line window o For Windows 95 or Windows 98 Type command o For any Windows OS versions ...

Page 62: ... firmware release version number 5 Confirm that the files have been extracted to the specified temporary folder on the PC Using Command line type cd c temp to change to the temporary directory created in Step 2 then use the dir command to list the files extracted from the downloaded archive file 6 Connect the client PC to the CDM 710 s 10 100 Ethernet M C via a hub or a switch or directly to the P...

Page 63: ... the display on the modem will report Bulk FTP done Press CLEAR 11 Terminate the FTP session Type bye and close the Command line window 12 Confirm that the new file was loaded by using the procedure in Step 1 13 Change the desired image to boot From the CDM 710 front panel menu SELECT UTIL Æ Firmware Æ Select use arrows to change to the other image then cycle power to reboot the modem 14 Verify th...

Page 64: ...CDM 710 Broadcast Satellite Modem Revision 11 Flash Upgrading MN CDM710 IOM 4 6 Notes ...

Page 65: ...nd version shown Figure 5 1 identifies the key features of the CDM 710 Broadcast Satellite Modem front panel The user can fully control and monitor the operation of the CDM 710 using the front panel s LED indicators keypad and display The CDM 710 features a nested menu system that displays all available options and prompts the user to carry out a required action ...

Page 66: ... 1 or 1 N redundancy system STORED EVENT Orange There is a Stored Event in the log that may either be viewed from the front panel or retrieved via the remote control interface Off There are no Stored Events TRANSMITTER ON Green Transmitter is currently on This indicator reflects the actual condition of the transmitter as opposed to the programmed condition Off Transmitter is currently OFF REMOTE G...

Page 67: ... or to cancel a configuration change that has not been executed using ENTER ENT Pressing CLEAR CLR generally returns the display to the previous selection Left Right W X These arrows are used to move to the next selection or to move the cursor functions At times they may also used to move from one section to another Up Down S T These arrows are used primarily to change configuration data character...

Page 68: ...ove the welcome screen is displayed whenever power is first applied to the unit The top line identifies the unit model i e CDM 710 as shown or CDM 710L the bottom line displays the CDM 710 s installed Firmware Version version number varies Pressing any key takes the user to the top level Select menu On most menu screens users will see a flashing solid block cursor that blinks at a once per second ...

Page 69: ...na Dis Force 1 1 5 3 1 9 CONFIG Alarms Select Tx Intfc1 Intfc2 5 3 2 Monitor Select Alarms Rx Stats Event Log 5 3 2 1 Monitor Alarms Select Transmit Receive Unit 5 3 2 2 Monitor Rx Stats 5 3 2 3 Monitor Event Log Select View Clear All 5 3 3 Test Select Mode TestPatterns 5 3 4 Info Select Rem Tx Rx Intfc1 Intfc2 5 3 5 Save Load Select Save Load 5 3 5 1 Save Load Save 5 3 5 2 Save Load Load 5 3 6 Ut...

Page 70: ...ides the user selections for the desired Interface Transmit and Receive operations Monitor 5 3 2 Permits the user to monitor the alarm status of the unit to view the log of stored events and to display the Receive Parameters screen Test 5 3 3 Permits the user to configure the modem into one of several Test modes e g CW and Loopback Info 5 3 4 Information Provides a summary display of the Interface...

Page 71: ...requency Int1 Int2 5 3 1 4 5 3 1 5 5 3 1 6 Interface Permits configuring Interfaces plugged into Slot 1 or Slot 2 at unit s rear panel The menus change depending on the type of interface as of this manual revision ASI HSSI or Gigabit Ethernet GigE are available Intfc1 CDI 40 ASI Interface only Intfc1 CDI 60 HSSI Interface only Intfc2 CDI 70 Gigabit Ethernet Interface only Ref 5 3 1 7 Reference Per...

Page 72: ...nfiguration of these ports is accomplished using the CONFIG Remote Serial or CONFIG Remote Ethernet menus CONFIG Remote Local IMPORTANT When Local is selected remote control is disabled and local control enabled Once ENTER is pressed the user is returned to the CONFIG menu When Remote is selected menu operations associated with Local control are disabled and the user may see the following messages...

Page 73: ...R when done CONFIG Remote Serial Æ Interface Æ Baudrate Local M C Bus Baud Rate 9600 Baud E To select the baud rate of the remote control bus connected locally to the M C computer use the ST arrow keys to select the desired rate then press ENTER Baud rates of 1200 2400 4800 9600 19200 38400 and 57600 baud are selectable Note The Asynchronous character format is FIXED at 8 data bits No parity and 1...

Page 74: ...ommunity Traps LRE Submenus enable viewing of the Community read string or setting of the destination IP address for SNMP traps Select Community or Traps using the W X arrow keys then press ENTER CONFIG Remote Ethernet Æ SNMP Æ Community SNMP Community Read E Select Read using theST arrow keys then press ENTER CONFIG Remote Ethernet Æ SNMP Æ Community Æ Read Read Community E public To edit the SNM...

Page 75: ...use the ST arrow keys to change the value of that digit Press ENTER when done CONFIG Remote Ethernet Æ SNMP Æ Community Æ Traps Æ Version Trap Version SNMPv1 SNMPv2 E Select SNMPv1 or SNMPv2 using the W X arrow keys then press ENTER 5 3 1 2 CONFIG Tx IMPORTANT The Scram bler selection only appears if the Mode selection is DVB S2 Tx FEC Mod Code SymRate Mode Freq Pwr Scram E Select FEC Mod Code Sym...

Page 76: ...α Pilot Frame E Select Type Inv α Pilot or Frame using the W X arrow keys then press ENTER CONFIG Tx Mod Æ Type Tx Mod QPSK 8PSK 16QAM 16APSK 32APSK E Use the W X arrow keys to select the Transmit Modulation Type then press ENTER Note the following Tx Mode Selection Valid for QPSK DVB S DVB S2 8 PSK DVB S2 DVB DSNG 16 QAM DVB DSNG 16 APSK DVB S2 32 APSK DVB S2 CONFIG Tx Mod Æ Inv Tx Spectrum Norma...

Page 77: ... into the physical layer frame Select On to enable insertion of pilot symbols into the physical layer frame Use the W X arrow keys to make the selection then press ENTER CONFIG Tx Mod Æ Pilot Æ Avg Peak DVB S2 mode only Tx Modulation Pilot Average Peak E The solid cursor indicates the current configuration choice The CDM 710 automatically adjusts but the default value is Average Select Average or ...

Page 78: ... E Use the W X arrow keys to select the desired digit of the Symbol Rate then use the ST arrow keys to change the value of that digit Press ENTER when done The Data Rate digits also change as the Symbol Rate values are edited The value of the Data Rate depends upon the code rate modulation type and the Mode type selected When modulation code rate and other parameters are changed the modem attempts...

Page 79: ...89 128631 1 935658 1 935658 87 104623 3 4 2 228124 2 228124 100 265560 2 177525 2 177525 97 988646 5 6 2 478562 2 478562 111 535270 2 422276 2 422276 109 002433 8 9 2 646012 2 646012 119 070539 2 585924 2 585924 116 366586 9 10 2 679207 2 679207 120 564315 2 618365 2 618365 117 826440 16APSK LDPC BCH 2 3 1 35 2 637201 2 637201 92 302026 2 574613 2 574613 90 111471 3 4 2 966728 2 966728 103 835482 ...

Page 80: ... 3 4 2 118761 2 118761 95 344262 2 077885 2 077885 93 504823 5 6 2 381056 2 381056 107 147541 2 335120 2 335120 105 080386 8 9 2 577778 2 577778 116 000000 2 528046 2 528046 113 762058 9 10 N A N A N A N A N A N A 16APSK LDPC BCH 2 3 1 35 2 548792 2 548792 89 207729 2 505223 2 505223 87 682811 3 4 2 809662 2 809662 98 338164 2 761633 2 761633 96 657170 4 5 2 983575 2 983575 104 425121 2 932574 2 9...

Page 81: ... Frequency use the W X arrow keys to select the digit to be edited then use the ST arrow keys to change the value of that digit Press ENTER when done Note the following CDM 710 70 140 MHz The ranges of frequencies are from 52 to 88 MHz and from 104 to 176 MHz with a resolution of 100 Hz CDM 710L L Band The range is 950 to 2000 MHz with 100 Hz resolution CAUTION The bandwidth of the modulated Tx ca...

Page 82: ...NTER CONFIG Tx Pwr Æ Imped TX Impedance Ohms 50 75 E This submenu is selectable displayed only when the 70 140 MHz Modulator card is installed Note the following CDM 710 70 140 MHz Select 50 or 75 Ω using the arrow keys then press ENTER CDM 710L L Band Not applicable CONFIG Tx Scram DVB S2 mode only IMPORTANT The Scram bler menu is available only when the Mode selection is DVB S2 Tx Scrambling Ind...

Page 83: ... only when the Mode selection is DVB S2 Select Type Inv Acq α Eq IQ TP Pilot or Descr using the W X arrow keys then press ENTER CONFIG Rx Dem Æ Type Rx Dem QPSK 8PSK 16QAM 16APSK 32APSK E Select the demodulation type using the arrow keys then press ENTER Note the following If the Mode selected is DVB DSNG the allowable modes are selectable depending upon the equipment options purchased If the Mode...

Page 84: ...w keys to change the value of that digit The range varies from 001 kHz to 100 kHz Press ENTER when done CONFIG Rx Dem Æ α RX α Rolloff 20 25 35 E The Rolloff α dictates how fast the spectral edges of the carrier are attenuated beyond the 3 dB bandwidth With 20 rolloff the edge falls off more quickly than with 25 and 35 Select the value using the W X arrow keys then press ENTER The default Rolloff ...

Page 85: ...n Index indicates the Physical Layer spreading sequence number To edit the index use the W X arrow keys to select the digit to be edited then use the ST arrow keys to change the value of that digit The index can be set from 000000 to 262 141 the default setting is all 0s Press ENTER when done CONFIG Rx Code Code Rate 1 2 3 5 2 3 3 4 4 5 5 6 7 8 8 9 9 10 Refer to the Data Rate menu for valid code r...

Page 86: ...ation type code rate pilots ON OFF FEC frame length spectral inversion etc from the DVB S2 carrier CONFIG Rx Mode Receive Mode DVB S2 G S2 TS S DNG The RX Mode is a key parameter for setting all modem parameters and it is generally easier if it is set first The Mode determines which demodulation code rates FEC type and symbol rate range are available and also if Pilots or Gold Code settings are av...

Page 87: ...it the threshold use the W X arrow keys to select the digit to be edited then use the arrow keys to change the value of that digit Press ENTER when done CONFIG Rx Eb No Æ Alarm Fault Eb No Alarm Alarm Fault Mask E The available choices define the Eb No Alarm as an Alarm as a Fault or to completely Mask the alarm This choice affects operation in 1 1 redundancy Select Alarm Fault or Masked using the...

Page 88: ...tfc1 ASI Tx Ena Dis Frame E Select Ena Dis or Frame using the W X arrow keys then press ENTER CONFIG Intfc1 ASI Tx Æ Ena Dis Intfc1 ASI Tx Enable Disable E Using the W X arrow keys select Enable to activate the Tx side of this interface or select Disable to de activate the Tx side and set the Data Rate to 0 Press ENTER when done CONFIG Intfc1 ASI Tx Æ Frame Intfc1 ASI Tx Frame 188 204 E To enable ...

Page 89: ...ASI Interface select J4 or J5 using the arrow keys then press ENTER Note Also see CONFIG AUX Æ 1 1 Mode for redundancy operation CONFIG Intfc1 ASI Config Æ Bandwidth Intfc1 ASI Bandwidth Wide Narrow E To select the loop bandwidth of the ASI input select Wide or Narrow using the arrow keys then press ENTER Terrestrial jitter sometimes increases when data is sent across the Public Switched Telecom N...

Page 90: ... HSSI Interface Select Tx Rx or CTS RTS using the W X arrow keys then press ENTER CONFIG Intfc1 HSSI Tx Intfc1 Tx Data Clock Enable E Select Data Clock or Enable using the W X arrow keys then press ENTER CONFIG Intfc1 HSSI Tx Æ Data Intfc1 Tx Data Datarate Invert E Select Datarate or Invert using the W X arrow keys then press ENTER CONFIG Intfc1 HSSI Tx Æ Data Æ Datarate Intfc1 Data Rate Tx 032 00...

Page 91: ...NTER when done CONFIG Intfc1 HSSI Rx Intfc1 Rx Data Buffer Clock Enable Select Data Buffer Clock or Enable using the W X arrow keys then press ENTER CONFIG Intfc1 HSSI Rx Æ Data Intfc1 Rx Data Datarate Invert E Select Datarate or Invert using the W X arrow keys then press ENTER CONFIG Intfc1 HSSI Rx Æ Data Æ Datarate Intfc1 Data Rate Rx 032 000000 Mbps This screen is status only and indicates the ...

Page 92: ...this example the percentage is listed at 46 To reset the buffer to the midpoint 50 select ReCenter using the arrow keys then press ENTER CONFIG Intfc1 HSSI Rx Æ Clock Intfc1 Rx Clock Source Invert E Select Source or Invert using the arrow keys then press ENTER CONFIG Intfc1 HSSI Rx Æ Clock Æ Source Intfc1 Rx Clock Rx Sat Tx Terr Internal This selection determines which source clocks the output of ...

Page 93: ...Intfc1 HSSI Rx Æ Enable Intfc1 Rx Enable Enable Disable E Using the W X arrow keys select Enable to activate the Rx side of this interface or select Disable to de activate the Rx side and set the Data Rate to 0 Press ENTER when done CONFIG Intfc1 HSSI RTS CTS Intfc1 CTS RTS Normal Fault Select Normal or Fault using the W X arrow keys then press ENTER Note CTS is the same as CA and RTS is the same ...

Page 94: ...documentation of this interface the following Ingress refers to IP packets received from the LAN Egress refers to IP packets transmitted to the LAN Transmit refers to MPEG packets transmitted to the WAN Receive refers to MPEG packets received from the WAN CONFIG Intfc2 Gigabit Ethernet Ingress Intfc2 Gigabit Ingress Ena Dis FEC Str E Select Ena Dis FEC or Str using the arrow keys then press ENTER ...

Page 95: ...ed stream 1 or 2 Select Group or Source using the arrow keys then press ENTER CONFIG Intfc2 Gigabit Ethernet Ingress Æ Str Æ IP Æ 1 2 Æ Group Intfc2 Multicast 224 001 001 002 Where is the selected stream 1 or 2 To enter the Group Multicast IP address for the selected stream first use the arrow keys to select the desired digit to edit then use the arrow keys to change the value of that digit Press ...

Page 96: ...d automatic switching between the two streams is performed CONFIG Intfc2 Gigabit Ethernet Ingress Æ Str Æ Pri Intfc2 Primary Stream 1 2 Select 1 Single or 2 Redundancy Mode using the arrow keys then press ENTER In Single mode this assigns which of up to two streams is processed In Redundancy mode this identifies which of two streams are initially processed before any redundancy switch takes place ...

Page 97: ...e Select Enable or Disable using the arrow keys then press ENTER Enable is selected to allow reception of the IP encapsulated MPEG packets to the LAN egress Disable is selected to turn off the egress packets to the LAN CONFIG Intfc2 Gigabit Ethernet Egress Æ FEC Intfc2 FEC Ena Dis Matrix E This menu allows enabling and configuration of the SMPTE 2022 Pro MPEG COP3 FEC stream to the LAN Select Ena ...

Page 98: ...fc2 Gigabit Ethernet Egress Æ IP Æ Group Intfc2 Egress Multicast 239 010 010 010 To enter a valid destination IP Multicast Group Address for egress IP packets first use the arrow keys to select the desired digit to edit then use the arrow keys to change the value of that digit Press ENTER when done CONFIG Intfc2 Gigabit Ethernet Egress Æ IP Æ SrcPort Intfc2 Egress Src Port 01024 To enter a valid U...

Page 99: ...d frames received from the LAN that have a unicast destination MAC address LAN Broadcast In The sum of good frames received from the LAN that have a broadcast destination MAC address LAN Multicast In The sum of good frames received from the LAN that have a multicast destination MAC address LAN Pause In The number of good flow control frames received from the LAN LAN Undersize In Total frames recei...

Page 100: ...ndicates the number of times that a loss of MPEG synchronization condition has occurred WAN Good Octets IN The sum of lengths of all good Ethernet frames received from the IP encapsulation logic WAN Unicast IN The sum of good frames received from the WAN IP encapsulation logic that have a unicast destination MAC address WAN Broadcast IN The sum of good frames received from the WAN IP encapsulation...

Page 101: ...nt processor that have a multicast destination MAC address 5 3 1 7 CONFIG Ref Frequency Reference External 10 MHz E External 10 MHz The unit phase locks to an external input at the BNC connector labeled EXT REF Other selections are available for External 1 2 5 10 or 20 MHz input Note Internal selection is available at 10 MHz 5 3 1 8 CONFIG Aux Redundancy Auto Manual Ena Dis Force 1 1 E Select Auto...

Page 102: ...4 is not available for 1 1 operation Either J4 or J5 is available for 1 N operation CONFIG Aux FORCE 1 1 Press ENT To Force Modem To Standby 1 1 Only The Force 1 1 selection is only available for use with a 1 1 switch to force switchover and only from the modem that is currently online The modem that is online is indicated by the ONLINE LED on the modem s front panel As prompted by the display pre...

Page 103: ...the Monitor menu branch Alarms Rx_Stats or Event Log using the W X arrow keys then press ENTER 5 3 2 1 Monitor Alarms Live Alarms Transmit Receive Unit E Refer to Table 5 4 for a listing of alarms Alarms are reported under three main categories Tx path alarms are displayed under the Transmit category Rx path alarms are displayed under the Receive category Alarms common to the Unit are available un...

Page 104: ... fault Tx Ais Interface 1 TX AIS Slot 1 Valid for G 703 Tx Ais Interface 2 TX AIS Slot 2 Valid for G 703 Tx Cable Interface 1 Tx Cable Interface 1 Tx Cable Interface 2 Tx Cable Interface 2 Encoder FIFO Empty Transmit Encoder FIFO is empty Encoder FIFO Full Transmit Encoder FIFO is full SERDES Parity Errors SERDES parity errors have been detected Receive Demodulator Faults Alarms Category Menu Mnem...

Page 105: ...er regulator exceeds 10 5 PSU Framer Card 5 0 Vdc Framer regulator exceeds 10 12V PSU Framer Card 12 Vdc Framer regulator exceeds 10 12V PSU Framer Card 12 Vdc Framer regulator exceeds 10 18V PSU Framer Card 18 Vdc Framer regulator exceeds 10 FLASH Checksum Error Flash Load Error FPGA Load Decoder Card Decoder FPGA not loading FPGA Load Encoder Card Encoder FPGA not loading FPGA Load Interface Car...

Page 106: ...S and DVB DSNG only in this mode BER monitoring is not available EsNo 16 0 PER N A EbNo 15 1 BER 0 0E 00 T EbNo 15 1 BER 0 0E 00 S ΔF 000 2k RSL 16 T ΔF 000 4k RSL 16 S Link_Margin 10 1 Link Margin corresponds to Standard Link Margin Threshold DVB S2 Es No measured Es No threshold Table 8 2 DVB S or DVB DSNG Eb No measured Eb No threshold Table 8 4 or 8 5 BER 1010 Usable Es No Range Typical DVB S2...

Page 107: ...ting The date is in international format dd mm yy Monitor Event Log Clear All Clear All Stored Events No Yes E Use the arrow keys to select No to retain or Yes to clear the buffer of all stored events then press ENTER 5 3 3 SELECT Test Test Mode TestPatterns E Test options for the Tx carrier and patterns are selected in this menu Select a submenu from the Test menu branch Mode or TestPatterns usin...

Page 108: ...e outward loop is invoked whereby data being fed to the Tx data interface is routed directly back out of the Rx data interface RF RF Loop This RF loop is almost identical to the IF loop mode All of the Rx configuration parameters except Rx Spectrum Invert are temporarily changed to match those of the Tx side however no internal connection is made This is useful for performing a satellite Loopback ...

Page 109: ...Card DeMod Card I O Loop Available Some Interfaces Data Driver FEC Encode Modulator Data Driver FEC Decode DeMod Framer Card Mod Card FEC Card DeMod Card Tx Data Tx Data Buffer Rx Data Rx Data Buffers Interface Card Tx FIFO Rx Doppler Buffer Tx Data Tx Data Buffer Rx Data Rx Data Buffers Interface Card Tx FIFO Rx Doppler Buffer Figure 5 3 Traffic Data Flow Loopback Block Diagrams ...

Page 110: ...owever the CDI 60 HSSI Interface is installed and enabled in Slot 1 the following message displays Test Pattern Subst N A on HSSI Intfc Press ENTER or CLEAR to return to the previous menu 5 3 4 SELECT Info INFO Rem Tx Rx Intfc1 E Select a submenu from the Info menu branch Rem Tx Rx Intfc1 or Intfc2 using the W X arrow keys then press ENTER Note INFO screens provide read only information on the cur...

Page 111: ...Mbps DVBS2 Transmission mode 8P Modulation QP QPSK 8P 8 PSK 16A 16 APSK 32A 32 APSK 3 4 Code Rate 10 0 Tx Power level in dBm ON Tx Power ON On OF Off 5 3 4 3 INFO Rx RX 0140 0000 17 379483 DVBS2 QP 1 2 LF Using the example shown a typical receive data info screen may be broken down as follows Value Description RX 0140 0000 Rx Frequency in MHz 17 279483 Data rate in Mbps DVBS2 Transmission mode 8P ...

Page 112: ...andwidth Selection ASI Tx Data as Wide or Narrow Tx 188 Identifies the selected Transport Stream Frame Type as 188 188 byte frame or 204 204 byte frame Rx 188 Identifies the selected Transport Stream Frame Type as 188 188 byte frame or 204 204 byte frame For the CDI 60 HSSI Interface the information provided may be broken down as follows Value Description Intfc 1 HSSI Indicates that the CDI 60 HSS...

Page 113: ...saved the second line reads Empty as shown in the preceding example However if the selected Loc 9 already contains data what displays is similar to the next example Save Config to Loc 9 01 02 43 05 08 05 E The user is shown the time and date stamp of the previously stored configuration for identification purposes Select the location where the current configuration is to be stored using the ST arro...

Page 114: ... selected location contains valid data what displays is similar to the following example New Config has been Loaded from Loc E Press ENTER or CLEAR to return to the previous menu If the selected location contains invalid data what displays is similar to the next example Warning Loc 9 Contains No Data E Press ENTER or CLEAR to return to the previous menu 5 3 6 SELECT Util Utility UTIL RT Clk Ref ID...

Page 115: ...ote that only the bottom line 0 to 24 characters is available The following characters are available Space 0 9 and A Z Once the string has been composed press ENTER 5 3 6 4 UTIL Display Edit Display Brightness 100 E Select the brightness level for the VFD as 25 50 75 or 100 using the ST arrow keys then press ENTER 5 3 6 5 UTIL Firmware IMPORTANT These commands are for DIAGNOSTIC PURPOSES ONLY DO N...

Page 116: ...R or CLEAR to return to the previous menu Firmware Info Æ Image 1 Image 1 Image X Bulk App Framer FEC Mod Demod Interfaces Where X indicates the selected Image On the next page Table 5 5 provides an overall summary of examples for each available firmware info screen As shown the first column for either Image provides the available selection the second column provides an example of the information ...

Page 117: ...Mod Filters Mod Filters 11 23 05 FW12695 1 1 1 Mod FPGA Mod FPGA 09 12 07 FW12549B 2 2 1 Mod FPGA Mod FPGA 09 12 07 FW12549B 2 2 1 Demod Filters UDD Equalizer Demod Filters UDD Equalizer Demod Filters Dem Filters 08 27 06 FW12694 1 1 1 Demod Filters Dem Filters 08 27 06 FW12694 1 1 1 Demod UDD UDD FPGA 06 12 07 FW12442C 2 4 0 Demod UDD UDD FPGA 06 12 07 FW12442C 2 4 0 Demod Equalizer EQ FPGA 06 28...

Page 118: ...ow keys to move to each character position then editing the character in that position by using the ST arrow keys Once the 20 digit FAST Code is correctly compiled press ENTER The CDM 710 responds with Configured Successfully if the new FAST option is accepted If however the code as entered is not accepted the following message displays Fast Code Rejected ENTER OR CLEAR Re enter the code using the...

Page 119: ...dulator for CDM 710 70 140 MHz units L Band Mod for CDM 710L L Band units 02 IF Demodulator for CDM 710 70 140 MHz units L Band Demod for CDM 710L L Band units 03 FEC Slot 1 04 FEC Slot 2 05 Interface 1 06 GBEI Intf2 07 Tx QPSK 08 Tx 8PSK 09 Tx 16 QAM 10 Tx 16APSK 11 Tx 32 APSK 12 Rx QPSK 13 Rx 8PSK 14 Rx 16QAM 15 Rx 16APSK 16 Rx 32 APSK 17 Tx 15 0 MS 18 Tx 22 5 MS 19 Tx 30 0 MS 20 Tx 37 5 MS 21 T...

Page 120: ...CDM 710 Broadcast Satellite Modem Revision 11 Front Panel Operation MN CDM710 IOM 5 56 Notes ...

Page 121: ...ctionality provided by this interface and references other chapters in this manual for further details 6 2 Ethernet Management Interface Protocols The modem 10 100 Base T Ethernet Management Interface supports three 3 different management protocols SNMP with public and private MIB refer to Sect 6 3 Telnet interface for remote product M C refer to Sect 6 4 Web Server interface for complete product ...

Page 122: ... file ComtechEFData MIB file gives the root tree for ALL Comtech EF Data products and consists of only the following OID Name comtechEFData Type MODULE IDENTITY OID 1 3 6 1 4 1 6247 Full path iso 1 org 3 dod 6 internet 1 private 4 enterprises 1 comtechEFData 6247 Module ComtechEFData FW12438 2B mib CDM 710 Common MIB file CDM 710 High Speed modem family common components Fw12051 4 mib CDM 710 Modu...

Page 123: ...ilities of the cards loaded in those slots Modem Reference Group This group provides the parameters for selection of the modem s frequency reference Monitor Group This group provides access to the units current Alarm Fault Status as well as a table to access the Stored Alarms Events Test Group This group provides access to the units test modes Save Load Group This group provides control of the uni...

Page 124: ...ern A packet sniffer can easily obtain the community string by viewing the SNMP traffic on the network The community string is entered into the MIB Browser or Network Node Management software and is used to authenticate users and determine access privileges to the SNMP agent The user defines three Community Strings for SNMP access Read Community default public Write Community default private Trap ...

Page 125: ...and Control System CMCS application The Telnet interface requires user login at the Administrator level and Read Write level The login process is shown in the following example Once logged into the Telnet interface as the Administrator the user can access the standard remote control interface defined in Appendix A REMOTE CONTROL as shown in this example 6 4 1 Caution Using Windows Telnet Client Th...

Page 126: ...re HyperTerminal as follows 1 Ensure that connection is made using TCP IP Winsock instead of COM1 or COM2 as shown in the example to the near right 2 ASCII Setup File Æ Properties Æ Settings Æ ASCII Setup Check the Send line ends with line feeds option in the ASCII Sending section and the Append line feeds to incoming line ends option in the ASCII Receiving section as shown in the example to the f...

Page 127: ...essor which responds to it as if it was a serial remote command To summarize Start of Packet is either a or a where is used to send a command query to the modem and is the modem response Defines the address of the modem always is 0 in RS 0232 The 3 digit instruction code of the specific command query Instruction Code Qualifier When sending will set a parameter is used to query The modem response w...

Page 128: ...6 0 The user can fully control and monitor base operations of the CDM 710 from the Web Server Interface By rolling the cursor over the navigation tabs located at the top of each page right the user can select from the available nested hyperlinks 6 5 2 User Login To initiate a Web session with the CDM 710 Broadcast Satellite Modem from the PC type http www xxx yyy zzzz where www xxx yyy zzz represe...

Page 129: ... Unit Info Contact SNMP Modem Events Statistics Support Modem Utilities Click any tab to continue 6 5 4 Web Server Page Descriptions Refer to the following subsections in this chapter for further information about each page available under the tabs that comprise the Web Server Interface Interface Tab Refer to Home Sect 6 5 4 1 Admin Administration Sect 6 5 4 2 Config Mdm Modem Configuration Sect 6...

Page 130: ...t Management MN CDM710 IOM 6 10 6 5 4 1 Home Page 6 5 4 1 1 Home Home Splash Page Figure 6 1 CDM 710 Home Splash page From any location within the Web Server Interface the user can select the Home tab and or hyperlink to return back to this top level page ...

Page 131: ... Ethernet Management MN CDM710 IOM 6 11 6 5 4 1 2 Home Contact Page Figure 6 2 Home Contact page The Contact page Figure 6 2 provides basic contact information to reach Comtech EF Data Sales and Customer Support via phone or automated e mail links ...

Page 132: ... allows up to 256 characters maximum The CDM 710 Support Web Page uses SMTP Simple Mail Transport Protocol to send e mail to Comtech EF Data Modem Support cdmipsupport comtechefdata com IMPORTANT For this page to operate correctly the modem s administrator is required to specify the SMTP server domain name and destination on the Admin Access page see Sect 6 5 4 2 1 Once the Contact Information is ...

Page 133: ...et up user names passwords the e mail server and the host IP addresses to facilitate communication with the CDM 710 Web Server Network Maintenance MAC Address This parameter is read only and cannot be changed IP Gateway This entry allows a user to specify the IP Gateway Address for the Ethernet M C port for this unit IP Address This entry allows a user to specify an IP address and a subnet mask to...

Page 134: ...nt to send the e mail SMTP Domain Name Destination The Administrator can assign the SMTP Domain Name and Destination This is required if the e mail feature of the Support Page Sect 6 5 4 1 3 is to be used o For SMTP Domain Name specify the domain of the e mail server usually found to the right of the symbol in an e mail address o For SMTP Domain Destination specify the e mail recipient name usuall...

Page 135: ...o two SNMP Trap IP addresses The Administrator can assign a SNMP Trap Community String The factory default for this parameter is public The SNMP Trap Community String field can be any combination of characters and a length of 0 20 characters For details pertaining to the configuration parameters available on this page refer to Chapter 5 FRONT PANEL OPERATION and Sect 6 3 SNMP INTERFACE Once the de...

Page 136: ...n the interfaces installed in Expansion Slot 1 Intfc1 and Expansion Slot 2 Intfc2 In the above example a CDI 60 HSSI Interface Module has been installed in Expansion Slot 1 and a CDI 70 Gigabit Ethernet Interface GBEI Module has been installed in Expansion Slot 2 for a table of the applicable interfaces and installable combinations refer to Sect 1 3 5 Allowable Data Interface Combinations For eith...

Page 137: ...face module present as shown in Figure 6 7 the message Interface Not Installed is displayed in place of an operable configuration window In this example a CDI 40 ASI Interface Module has been installed in Expansion Slot 1 while Expansion Slot 2 is empty Figure 6 7 Config Mdm Interface page with Empty Slot ...

Page 138: ...ing parameters IMPORTANT The Tx Rx Interface Types and Framing Modes have higher priority than other parameters and should be configured before setting other parameters For details pertaining to the configuration parameters available on this page refer to Chapter 5 FRONT PANEL OPERATION Once the desired configuration settings have been made on this page click Config Transmit Config Receiver or Con...

Page 139: ...ollowing Modem Utilities tasks Select Boot Image Use the dropdown menu to select the New boot Image as 1 or 2 click Submit to save this setting Perform Soft Reboot Click Reboot Now to restart the unit using the most recently saved configurations settings Saving and Loading Configurations Use the dropdown menus to manage operational configurations for Config 0 through Config 9 click Save to store o...

Page 140: ...t or the date in DD MM YY format then click Enter Date Time to save these new settings Clocks Use the dropdown menu to select the desired Modem Ref Frequency then click Submit Clocks to save this setting Unit Use the dropdown menus to select the desired Test Mode and Test Pattern then click Submit Unit Utilities to save these new settings Circuit ID Type in the desired text string then click Enter...

Page 141: ...ows 6 5 4 4 1 Stats Modem Status Figure 6 10 Stats Modem Status page The Stats Modem Status page Figure 6 10 provides a read only status viewing configuration information page pertaining to General modem operating and configuration information Alarms Tx and Rx Parameters Tx and Rx Installed options Data Interfaces FAST etc Click Refresh as needed to execute update of the information provided on th...

Page 142: ...vents Select to buffer the next group of five stored events into the scrollable Events window Clear Events Log Select to wipe clean the stored events log Initialize Events Pointer Select to reset the log s internal pointer Unread Events Displays the total number of unread stored events in the Events window As stored event groups are displayed this number adjusts downward accordingly Once the desir...

Page 143: ...Page Figure 6 12 Maint Unit Info page Use the Maint Unit Info page Figure 6 12 to review a read only scrollable status window that provides information about the currently loaded Bootrom for Image 1 and Image 2 the user can scroll through information of all the constituent firmware blocks that make up the bulk ...

Page 144: ...CDM 710 Broadcast Satellite Modem Revision 11 Ethernet Management MN CDM710 IOM 6 24 Notes ...

Page 145: ...Solomon coding 7 2 Viterbi and Reed Solomon The concatenated Viterbi and Reed Solomon coding technique produces significant improvement over Viterbi decoding alone Simplistically a Reed Solomon block decoder follows the convolutional Viterbi decoder to further enhance error correction Errors exiting the Viterbi decoder tend to occur in clusters or errors bursts The Reed Solomon decoder works well ...

Page 146: ...MMARY OF SPECIFICATIONS 7 3 2 Eb No Es No Spectral Efficiency and Occupied Bandwidth Depending upon the operating mode DVB standard uses different modes of specifying performance with a modem in IF Loop and Additive White Gaussian Noise AWGN DVB S QPSK with Viterbi and Reed Solomon BER 2x10 4 after Viterbi before Reed Solomon and QEF after Reed Solomon at the specified Eb No and includes a modem i...

Page 147: ...No Es No 10xLog Spectral Efficiency Table 7 1 Eb No Spectral Efficiency and Occupied Bandwidth Mode Type FEC Code Inner Code Rate Eb No at QEF Spectral Efficiency bps Hz Normalized Symbol Rate Bit Rate x Occupied Bandwidth for 10 Mbps 35 Rolloff DVB S QPSK Conv RS 1 2 4 5 0 921569 1 085 12 913 QPSK Conv RS 2 3 5 0 1 228758 0 814 9 685 QPSK Conv RS 3 4 5 5 1 382353 0 723 8 609 QPSK Conv RS 5 6 6 0 ...

Page 148: ...1 724416 0 580 6 669 9 10 6 92 1 788612 0 559 6 430 1 746049 0 573 6 586 8PSK 3 5 6 20 1 779991 0 562 6 461 1 739569 0 575 6 611 2 3 7 32 1 980636 0 505 5 806 1 935658 0 517 5 941 3 4 8 61 2 228124 0 449 5 161 2 177525 0 459 5 281 5 6 10 15 2 478562 0 403 4 640 2 422276 0 413 4 748 8 9 11 49 2 646012 0 378 4 346 2 585924 0 387 4 447 9 10 11 78 2 679207 0 373 4 292 2 618365 0 382 4 392 16APSK 2 3 9...

Page 149: ...690800 0 591 6 802 9 10 7 22 NA NA NA NA NA NA 8PSK 3 5 6 50 1 725319 0 580 6 665 1 692033 0 591 6 797 2 3 7 62 1 922040 0 520 5 983 1 884959 0 531 6 101 3 4 8 91 2 118761 0 472 5 428 2 077885 0 481 5 534 5 6 10 45 2 381056 0 420 4 830 2 335120 0 428 4 925 8 9 11 79 2 577778 0 388 4 461 2 528046 0 396 4 549 9 10 12 08 NA NA NA NA NA NA 16APSK 2 3 10 27 2 548792 0 392 4 512 2 505223 0 399 4 590 3 4...

Page 150: ...ite Modem Revision 11 Forward Error Correction Options MN CDM710 IOM 7 6 Figure 7 1 DVB S QPSK BER versus Eb No 1 0E 10 1 0E 09 1 0E 08 1 0E 07 1 0E 06 1 0E 05 3 4 5 6 7 Eb No dB BER DVB S QPSK BER vs Eb No 3 4 2 3 5 6 7 8 1 2 ...

Page 151: ...ion 11 Forward Error Correction Options MN CDM710 IOM 7 7 Figure 7 2 DVB DSNG 8 PSK BER versus Eb No 1 0E 11 1 0E 10 1 0E 09 1 0E 08 1 0E 07 1 0E 06 1 0E 05 1 0E 04 1 0E 03 4 5 6 7 8 9 10 Eb No dB BER DVB DSNG 8 PSK BER vs Eb No 2 3 5 6 8 9 ...

Page 152: ...dem Revision 11 Forward Error Correction Options MN CDM710 IOM 7 8 Figure 7 3 DVB DSNG 16 QAM 1 0E 11 1 0E 10 1 0E 09 1 0E 08 1 0E 07 1 0E 06 1 0E 05 1 0E 04 1 0E 03 5 6 7 8 9 10 11 Eb No dB BER DVB DSNG 16 QAM BER vs Eb No 3 4 7 8 ...

Page 153: ...Options MN CDM710 IOM 7 9 Figure 7 4 DVB S2 QPSK Packet Error Rate versus Es No QPSK 1 4 1 3 and 2 5 Information Only 1 0E 07 1 0E 06 1 0E 05 1 0E 04 1 0E 03 1 0E 02 3 2 1 0 1 2 3 4 5 6 7 8 Es No dB PER DVB S2 QPSK PER vs Es No 1 4 4 5 3 5 3 4 2 5 1 3 2 3 5 6 8 9 9 10 1 2 ...

Page 154: ... 11 Forward Error Correction Options MN CDM710 IOM 7 10 Figure 7 5 DVB S2 8 PSK Packet Error Rate versus Es No 1 0E 07 1 0E 06 1 0E 05 1 0E 04 1 0E 03 1 0E 02 5 6 7 8 9 10 11 12 13 Es No dB PER DVB S2 8 PSK PER vs Es No 9 10 2 3 3 5 3 4 5 6 8 9 ...

Page 155: ...1 Forward Error Correction Options MN CDM710 IOM 7 11 Figure 7 6 DVB S2 16 APSK Packet Error Rate versus Es No 1 0E 07 1 0E 06 1 0E 05 1 0E 04 1 0E 03 1 0E 02 8 9 10 11 12 13 14 15 Es No dB PER DVB S2 16 APSK PER vs Es No 9 10 2 3 4 5 3 4 5 6 8 9 ...

Page 156: ...11 Forward Error Correction Options MN CDM710 IOM 7 12 Figure 7 7 DVB S2 32 APSK Packet Error Rate versus Es No 1 0E 07 1 0E 06 1 0E 05 1 0E 04 1 0E 03 1 0E 02 12 13 14 15 16 17 18 P E R Es No dB DVB S2 32 APSK PER vs Es No 9 10 4 5 3 4 5 6 8 9 ...

Page 157: ...at the right side end of the chassis rear panel is assigned a blank panel or is restricted to the dedicated placement of a CDI 70 10 100 1000 Base T Gigabit Ethernet GigE Interface module depending upon configurations allowed at time of order 8 2 Physical Description The CDI 40 combines two electrical and physical interfaces into a single assembly The ASI section provides DVB compliant interface w...

Page 158: ... Modem Revision 11 CDI 40 ASI Interface Module MN CDM710 IOM 8 2 PL 10881 3 CDI 40 ASI Interface for non 1 1 Applications or Tx Only 1 1 PL 10881 4 CDI 40 ASI Interface for 1 1 Applications Figure 8 1 CDI 40 ASI Interface Module ...

Page 159: ...grams 8 2 1 Connector Pinouts The CDI 40 ASI Interface connector pinouts are as follows PL 10881 3 CDI 40 ASI Interface for non 1 1 Applications or Tx Only 1 1 Connector Description Signal Direction J2 J3 Rx Data BNC Female Output J4 J5 Tx Data BNC female Input PL 10881 4 CDI 40 ASI Interface for 1 1 Applications Connector Description Signal Direction J2 Rx Data BNC Female Output J3 Rx Data BNC Fe...

Page 160: ...s of data The frame structure is acquired by the interface to create a satellite frame of 204 bytes by adding 16 bytes of Reed Solomon check bytes The demodulator removes the 16 check bytes and the 188 byte frame is returned to the terrestrial circuit 204 Mode The unit expects a DVB MPEG 2 frame consisting of 1 sync byte 0x47 187 bytes of data and 16 bytes of filler For ASI operation data is eithe...

Page 161: ...3 3 1 1 Applications Figure 8 3 depicts the typical operation of the CDM 710 with ASI in 1 1 Redundancy using the PL 10881 4 CDI 40 ASI Interface This diagram applies to CDM 710 1 1 operations via the CRS 180 70 140 MHZ 1 1 Redundancy Switch for use with the CDM 710 or the CRS 170A L Band 1 1 Redundancy switch for use with the CDM 710L For more information about 1 1 Redundant operations with eithe...

Page 162: ...p 3 dB Frequency Tx Only Wide 2 Hz Narrow 0 5 Hz Jitter Tolerance Meets ITU T G 823 3 93 and ITU T G 824 3 93 Jitter Transfer 0 5 dB peaking up to cutoff frequency 20 dB per decade beyond cutoff Cable Length Typical 30 meters 100 feet RG59 40 meters 140 feet Belden 8281 Tx Input Selection Two inputs with selection to control which is active Loss Of Tx Input Data Null packets are formed and transmi...

Page 163: ...ddition the module is automatically configured for simplex transmit or simplex receive operation when the module is plugged into a simplex chassis configured for modulator only or demodulator only operation Slot 1 of the CDM 710 located at the center right of the chassis rear panel is intended for the dedicated placement of a CDI 40 ASI or CDI 60 HSSI Interface module Slot 2 located at the right s...

Page 164: ...de LED labeled Activity lights green when the interface is enabled The CDI 60 HSSI interface provides A single HSSI interface DCE Connection ST clock is sourced to the terrestrial interface for use as reference by DTE TT is treated as an incoming External Clock and the interface phase locks to it TA CA is supported The connector pinout for the interface is provided in Sect 9 2 1 a summary of speci...

Page 165: ... C LC undefined 5 30 From DCE Not used Send Timing ST 114 6 31 From DCE Signal Ground SG 102 7 32 Ground DTE Available TA 108 2 8 33 to DCE Terminal Timing TT 113 9 34 to DCE Loopback circuit A LA 143 10 35 to DCE Not used Send Data SD 103 11 36 to DCE Loopback Circuit B LB 144 12 37 to DCE Not used Signal Ground SG 102 13 38 Ground Not used undefined 14 39 Not used TX DVALID undefined 15 40 Not u...

Page 166: ...o Off transition of the clock Tx Clock Modes TT Input clock continuous ST output clock is continuous output programmable in 1 bps steps or phase locked to satellite clock Rx Clock Modes RT output clock is continuous from satellite ST internal clock continuous from TT Gap Clock See Figure 9 4 Not allowed Send ST to external equipment so it will return a continuous clock Tx Rx Clock Asymmetrical clo...

Page 167: ...s to Wide Area Network WAN satellite connection In addition an MPEG over IP transmit function is performed in which MPEG 2 packets are received from the WAN and are encapsulated in IP packets and transmitted to the LAN egress Figure 10 1 CDI 70 10 100 1000 Base T Gigabit Ethernet GigE Interface Module Monitor and Control M C information is not supported on the CDI 70 but is available through the 1...

Page 168: ...erface module For a table of the applicable interfaces and installable combinations refer to Sect 1 3 5 Allowable Data Interface Combinations 10 2 Physical Description The CDI 70 1000 Base T Gigabit Ethernet GigE Interface is implemented on a 3 95 x 7 022 inch 10 03 x 17 83 cm PCB Connectivity to the CDM 710 is implemented with a 96 pin DIN receptacle The LAN interface consists of a single IEEE 80...

Page 169: ...EEE 802 3ab 1000Base T copper compliant female RJ 45 connector This connector features Light Emitting Diode LED indicators labeled LINK STATUS and LINK ACTIVITY The connector pinout is as follows Pin Description Direction 1 BI_DA bidirectional 2 BI_DA bidirectional 3 BI_DB bidirectional 4 BI_DC bidirectional 5 BI_DC bidirectional 6 BI_DB bidirectional 7 BI_DD bidirectional 8 BI_DD bidirectional ...

Page 170: ...OP3 FEC disabled FEC Method SMPTE 2022 Pro MPEG COP3 Annex A column FEC Fec Streams 0 or 1 user slectable column offset supported Pro MPEG COP3 Annex A MPEG 2 TS 7 cells per media packet MPEG 2 Cell Size 188 bytes Ingress Redundancy Dual multicast streams Egress Redundancy Not supported Monitor and Control M C 1000Base T Link Statistics Ingress good octets Ingress bad octets Ingress unicast packet...

Page 171: ...rors Egress octets Egress unicast packets Egress broadcast packets Egress multicast packets Controlled Functions Data Rate Loss of data Mask as Fault or Alarm Ingress buffer violation timeout 100ms to 1s Management IP Address and Mask Ingress Multicast Group Address 1 Ingress Multicast Group Address 2 Ingress Multicast Source Address 1 Ingress Multicast Source Address 2 Tx data rate Tx Enable Disa...

Page 172: ...ace Both the CDM 710 and the CDI 70 use flash memory technology internally This makes software upgrading very simple and updates can now be obtained via the Internet Figure 10 3 E mail or on CD This section outlines the complete upgrading process as follows New firmware can be downloaded via the Internet to an external PC The upgrade can be performed without opening the unit by simply connecting t...

Page 173: ... or command Alternately from Start select All Programs Accessories Command Prompt At the Command line prompt c type mkdir temp or md temp without quotes mkdir and md stand for make directory This is the same as creating a new folder using Windows Explorer There should now be a c temp subdirectory created where c is the drive letter used in this example 3 Download the correct firmware file to this ...

Page 174: ...sing the Browse button to select the file d Leave the Remote Filename selection as bulk e Click Start f The CReflash exe executable automatically FTPs the filename to the IP address entered and displays the progress of the update IMPORTANT Once the CReflash exe application has been started the program will not respond to user input for approximately five 5 minutes During this time a message indica...

Page 175: ... handling serial data in different directions It is assumed that there is a Controller device a PC or dumb terminal which transmits data in a broadcast mode via one of the pairs Many Target devices are connected to this pair all of which simultaneously receive data from the Controller The Controller is the only device with a line driver connected to this pair the Target devices only have line rece...

Page 176: ...eception by a UART In this case the asynchronous character format supported is 8N1 The baud rate may vary between 1200 and 57600 baud All data is transmitted in framed packets The Controller is assumed to be a PC or ASCII dumb terminal which is in charge of the process of monitor and control The Controller is the only device which is permitted to initiate at will the transmission of data Targets a...

Page 177: ...n characters Carriage Return Line Feed ASCII codes 13 10 2 characters Example 0654 RSW 32 CR LF A 5 1 Start of Packet Controller to Target This is the character ASCII code 60 Target to Controller This is the character ASCII code 62 Because this is used to provide a reliable indication of the start of packet these two characters may not appear anywhere else within the body of the message A 5 2 Targ...

Page 178: ...e from Controller to Target TFQ 0070 0000 would mean set the transmit frequency to 70 MHz ASCII code 63 The code is used as the Query Operator QO and is used to indicate that the Target should return the current value of the parameters defined by the preceding byte Example in a message from Controller to Target TFQ Would mean return the current value of the transmit frequency 2 From Target to Cont...

Page 179: ...r is not in remote mode it will not allow reconfiguration and will respond with TFQ ASCII Code 126 If a message was sent via a local modem to a distant end device or ODU the message was transmitted transparently through the local modem In the event of the distant end device not responding the local modem would generate a response Example 0001 RET indicating that it had finished waiting for a respo...

Page 180: ...X A 18 A 50 CID X X A 8 A 21 A 39 GSM X X A 12 A 44 RSL X A 30 A 49 TRC X X A 18 A 32 A 51 CLD X A 8 A 21 A 39 GSP X X A 12 A 44 O RSR X X A 21 A 38 TSI X X A 19 A 36 CST X A 8 A 22 A 39 GTM X X A 12 A 44 RSW X X A 32 A 49 TSR X X A 7 A 33 GTO X X A 12 A 44 RTM X X A 32 A 50 TST X X A 19 A 51 D P TTM X X A 19 A 36 DAY X X A 8 A 22 A 39 H PER X A 27 A 46 S TXO X X A 19 DLK X A 22 A 39 SNO X A 14 A ...

Page 181: ...ymbol rates for each mode TMM TMM TMM TMM TMM TMM x Tx Modulation Type TMD 1 byte Command or Query Tx Modulation type where 0 QPSK 1 8PSK 2 16QAM 3 16APSK 4 32APSK Example TMD 1 8PSK selected Note Refer to Sect 1 5 Summary of Specifications for available modulation types for each mode TMD TMD TMD TMD TMD TMD x Tx FEC Code Rate TCR 1 byte Command or Query Tx Code Rate where 0 Rate 3 4 1 Rate 7 8 2 ...

Page 182: ...ts CAE None Command only Forces the software to clear the software events log Example CAE Note This command takes no arguments CAE CAE CAE CAE N A N A Circuit ID String CID 24 bytes Command or Query Sets or queries the user defined Circuit ID string which is a fixed length of 24 characters Valid characters include Space 0 9 and A thru Z CID CID CID CID CID CID xxxxxxxxxxxxxxxxxxxxxx xx Configurati...

Page 183: ...alled k Demodulator configuration 0 None 1 70 140 Mhz 2 L Band l Rx Symbol Rate S W option 0 15 0 Msps 1 22 5 Msps 2 30 0 Msps 3 37 5 Msps S1 DSNG only 4 45 0 Msps S1 DSNG only m S W option Rx 8PSK 0 Not installed 1 Installed n S W option Rx 16 QAM 0 Not installed 1 Installed o S W option Rx 16APSK 0 Not installed 1 Installed p S W option Rx 32APSK 0 Not installed 1 Installed q S W option Rx DVB S...

Page 184: ...r Card 6 Power supply fault 5 0 Volts Framer Card 7 Power supply fault 12 0 Volts Framer Card 8 Power supply fault 12 0 Volts Framer Card 9 Power supply fauilt 18 0 Volts Framer Card A FLASH Checksum B FEC1 Load C FEC2 Load D Interface 1 Load E Interface 2 Load F 192 MHz PLL G External Reference H Framer Card Temperature I Modem Temperature J Cooling Fans K Interface 1 Removed L Interface 2 Remove...

Page 185: ...set 110PPM Interface 1 P Reserved Q ASI Tx Input Datarate Offset 110PPM Interface 1 R Reserved S SERDES Parity Errors c Rx Traffic Status 0 No faults d New Faults 0 No new faults 1 New faults since last check Firmware Revisions N A 1 byte Query only Query the version information of the system Where i Bulk Image number 1 or 2 a Firmware Image b Firmware Revision c Firmware Date Example FRW 1 FRW FR...

Page 186: ...ess GSI 17 bytes Command or Query Gigabit Source IP Address in the form smiii iii iii iii where s Slot 1 2 m Multicast Stream 1 2 i IP Address GSI GSI GSI GSI GSI sm GSI smiii iii iii iii Gigabit Stream Mode GSM 2 bytes Command or Query Gigabit Stream Mode in the form sm where s Slot 1 2 m Mode 1 Single Stream 2 Dual Stream Redundancy Mode GSM GSM GSM GSM GSM s GSM sm Gigabit Primary Stream GSP 2 ...

Page 187: ...x Output Impendance IMP 1 byte Command or Query Tx output impedance in the form x where 0 50 Ohm 1 75 Ohm Example IMP 0 Impedance set to 50 Ohms Note Setting Tx Impedence is only possible on 70 140 MHz units IMP IMP IMP IMP IMP IMP x IP Address IPA 18 bytes Command or Query Used to set the IP address and network prefix for the 10 100 BaseTx Ethernet management port in the form xxx xxx xxx xxx yy w...

Page 188: ...ed in the form xxx Note This means unread over the remote control Example NUE 126 NUE NUE NUE NUE NUE xxx Soft Reboot RBT 1 1 byte Command only Soft Reboot 1 Reboot System RBT RBT RBT N A RBT Redundancy State RED 1 byte Command or Query Unit returns the redundancy state of the unit in the form x where 0 Offline 1 Online Notes 1 This command can be used to force the unit offline this is done by sen...

Page 189: ...edundancy Config Change If there are less than 5 events to be retrieved the remaining positions are padded with zeros If there are no new events the response is RNE RNE RNE RNE RNE RNE CR ABCddmmyyhhmm ss CR ABCddmmyyhhmmss CR ABCddmmyyhhmmss CR ABCddmmyyhhmmss CR ABCddmmyyhhmmss Tx ASI Bandwidth TAB 2 bytes Command or Query Tx ASI Bandwidth in the form sx where s Defines which interface slot 1 or...

Page 190: ...DR TDR TDR TDR TDR xxxxxx xxx Tx Frequency TFQ 9 bytes Command or Query Tx Frequency in MHz in the form xxxx xxxx where 52 to 88 MHz and 104 to 176 MHz 70 140 Modulator 950 to 1950 MHz L Band Modulator Resolution 100Hz Example TFQ 0950 0000 TFQ TFQ TFQ TFQ TFQ TFQ xxxx xxxx Tx Frame Size TFS 1 byte Command or Query Tx Frame Size Long Short selection in the form x where 0 Short 1 Long Example TFS 0...

Page 191: ... 12 minutes 59 seconds TIM TIM TIM TIM TIM TIM hhmmss Tx Interface Port TIP 2 bytes Command or Query Indicates which port on the interface is to be used ASI card only in the form sp where s interface slot 1 to 2 p interface port channel 1 to 4 1 J4 2 J5 Example TIP 11 Port J4 on Interface Slot 1 selected TIP TIP TIP TIP TIP s TIP sp Tx Location of the Pilot TLP 1 byte Command or Query Tx Pilot On ...

Page 192: ...a Tx Frequency in MHz same as TFQ b Tx Mode same as TMM cc cccccc Tx Symbol Rate same as TSR d Tx FEC Type same as TFT e Tx Modulation type same as TMD f Tx FEC Rate same as TCR g Tx Spectrum Inversion same as TSI hhhhhh Tx Gold Code Sequence same as TGS iii i Tx Power Level same as TPL j Tx Carrier State same as TXO k Tx Alpha Roll off same as TAR llll llll Rx Frequency in MHz same as RFQ m Rx Mo...

Page 193: ...Test Mode TST 1 byte Command or Query Test Mode in the form x where 0 Normal Mode no test 1 IF Loop 2 I O Loop 3 RF Loop 4 Tx CW 5 Tx Alternating 1 0 Pattern Example TST 4 Tx CW TST TST TST TST TST TST x Tx Transport Mode TTM 1 byte Command or Query Sets the transport mode for DVB S2 mode 0 Generic Mode 1 Transport Stream Default Note Command applies only with DVB S2 and HSSI For any other mode se...

Page 194: ...M x Rx Modulation Type RMD 1 byte Command or Query Rx Modulation type in the form x where 0 QPSK 1 8PSK 2 16QAM 3 16APSK 4 32APSK Example RMD 1 8PSK selected Note Refer to Sect 1 5 Summary of Specifications for available modulation types for each mode If the demodulator is set to DVB S2 mode this command is query only because the demodulation type is automatically detected but if the unit is not l...

Page 195: ...e frame size ARF ARF ARF ARF ARF s ARF sf Auto Switch Mode ASW 1 byte Command or Query Unit returns the redundancy auto manual mode of the unit in the form x where 0 Manual 1 Automatic Example ASW 0 Manual Mode selected ASW ASW ASW ASW ASW ASW x See Description of Arguments Rx BER N A 7 bytes Query only Units returns the value of the estimated BER in the form ab x 10 c First three bytes are the va...

Page 196: ...ry only Demodulator Lock Status in the form x where 0 Demodulator Unlocked 1 Demodulator Locked Example DLK 1 Demodulator Locked DLK DLK DLK DLK DLK x Eb No Alarm Point EBA 4 bytes Command or Query Eb No alarm point in dB with a range between 0 1 and 16 dB Resolution 0 1 dB Example EBA 12 3 EBA EBA EBA EBA EBA EBA xx x See Description of Arguments Rx Eb No N A 4 bytes Query only Unit returns the v...

Page 197: ...s 1 22 5 Msps 2 30 0 Msps 3 37 5 Msps S1 DSNG only 4 45 0 Msps S1 DSNG only m S W option Rx 8PSK 0 Not installed 1 Installed n S W option Rx 16 QAM 0 Not installed 1 Installed o S W option Rx 16APSK 0 Not installed 1 Installed p S W option Rx 32APSK 0 Not installed 1 Installed q S W option Rx DVB S1 0 Not installed 1 Installed r S W option Rx DVB DSNG 0 Not installed 1 Installed s S W option Rx DV...

Page 198: ...r Card 9 Power supply fauilt 18 0 Volts Framer Card A FLASH Checksum B FEC1 Load C FEC2 Load D Interface 1 Load E Interface 2 Load F 192 MHz PLL G External Reference H Framer Card Temperature I Modem Temperature J Cooling Fans K Interface 1 Removed L Interface 2 Removed b Tx Traffic Status 0 No faults c Rx Traffic Status 0 No faults 1 1 5V Demod Power Supply Unit Demodulator Card 2 FPGA Load Demod...

Page 199: ...ault Interface 1 Y Framer SERDES Rx Fault Interface 2 Z Reserved Reserved d New Faults 0 No new faults 1 New faults since last check Firmware Revisions N A 1 byte Query only Query the version information of the system where i Bulk Image number 1 or 2 a Firmware Image b Firmware Revision c Firmware Date Example FRW 1 FRW FRW FRW FRW i FRW CR Boot CR a b c CR Bulki CR a b c CR a b c Gigabit Egress F...

Page 200: ...ss and Subnet GIP 19 bytes Command or Query Gigabit Management IP address and subnet mask in the form siii iii iii iii nn where s Slot 1 2 i IP Address n Netmask GIP GIP GIP GIP GIP s GIP siii iii iii iii nn Initialize Events Pointer IEP None Command only Resets internal pointer to allow RNE queries to start at the beginning of the stored events log IEP IEP IEP IEP N A N A Boot Image IMG 1 byte Co...

Page 201: ...S x Unit MAC Address N A 12 bytes Query only MAC address of the unit reported in hexadecimal Example MAC 0006B000D2A7 The MAC address of the unit is 00 06 B0 00 D2 A7 MAC MAC MAC MAC MAC AABBCCDDEEFF Unit Alarm Mask MSK 2 bytes Command or Query Alarm mask conditions in the form ab where a Tx AIS 0 Alarm 1 Fault 2 Masked b Spare Example MSK 00 MSK MSK MSK MSK MSK MSK ab Number of Unread stored Even...

Page 202: ...Receive Clock where 0 Normal 1 Inverted Note Command valid Only with HSSI Example RCI 11 Inverted RX Clock Slot 1 selected RCI RCI RCI RCI RCI s RCI sx See Description of Arguments Rx Clock Source RCK 2 bytes Command or Query Rx Clock Source for data rate accuracy in the form sx where s Defines which interface slot 1 or 2 x Rx Clock Source where 0 Rx Satellite 1 Tx Terrestrial 2 External Reference...

Page 203: ... the carrier being demodulated in the form sxxx x Values range from 0 to 100 kHz 100 Hz resolution Returns 999999 if the demodulator is unlocked Example RFO 002 3 which is 2 3 kHz RFO RFO RFO RFO RFO sxxx x Rx Frequency RFQ 9 bytes Command or Query Rx Frequency in MHz in the form xxxx xxxx 52 to 88 MHz and 104 to 176 MHz 70 140 Modulator 950 to 1950 MHz L Band Modulator Resolution 100Hz Example RF...

Page 204: ...ault clear indicator F Fault C Clear I Info B being the fault type where 1 Unit 2 Rx Traffic 3 Tx Traffic 4 Log C is Fault Code numbers as in FLT or Info Code which is 0 Power Off 1 Power On 2 Log Cleared 3 Global Config Change 4 Redundancy Config Change If there are less than 5 events to be retrieved the remaining positions are padded with zeros If there are no new events the response is RNE RNE ...

Page 205: ...ple RTM 1 Transport Stream selected RTM RTM RTM RTM RTM x Serial Number N A 9 bytes Query only Used to query the unit 9 digit serial number Unit returns its S N in the form xxxxxxxxx Example SNO 176500143 SNO SNO SNO SNO SNO xxxxxxxxx Software Revision N A 5 bytes Query only Unit returns the value of the internal software revision installed in the unit in the form Boot X X X Bulk1 Y Y Y Bulk2 Z Z ...

Page 206: ...hhh Tx Gold Code Sequence same as TGS iii i Tx Power Level same as TPL j Tx Carrier State same as TXO k Tx Alpha Roll off same as TAR llll llll Rx Frequency in MHz same as RFQ m Rx Mode same as RMM nn nnnnnn Rx Symbol Rate same as RSR o Rx FEC Type same as RFT p Rx Modulation type same as RMD q Rx FEC Rate same as RCR x spare ssssss Rx Gold Code Sequence same as RGS t Rx Alpha Roll off same as RAR...

Page 207: ...mbol rates for each mode TMM TMM TMM TMM TMM TMM x Tx Modulation Type TMD 1 byte Command or Query Tx Modulation type where 0 QPSK 1 8PSK 2 16QAM 3 16APSK 4 32APSK Example TMD 1 8PSK selected Note Refer to Sect 1 5 Summary of Specifications for available modulation types for each mode TMD TMD TMD TMD TMD TMD x Tx FEC Code Rate TCR 1 byte Command or Query Tx Code Rate where 0 Rate 3 4 1 Rate 7 8 2 R...

Page 208: ...Command or Query Tx ASI Bandwidth in the form sx where s Defines which interface slot 1 or 2 x Defines ASI Bandwidth where 0 Wide 1 Narrow Example TAB 11 Narrow bandwidth selected TAB TAB TAB TAB TAB s TAB sx Tx Alpha Rolloff TAR 1 byte Command or Query Tx Alpha Rolloff in the form x where 0 20 1 25 2 35 Example TAR 0 Tx Alpha Rolloff of 20 selected TAR TAR TAR TAR TAR TAR x Tx Clock Invert TCI 2 ...

Page 209: ...x Frame Size TFS 1 byte Command or Query Tx Frame Size Long Short selection in the form x where 0 Short 1 Long Example TFS 0 Short Frame Size selected Note Setting only valid in DVB S2 mode TFS TFS TFS TFS TFS TFS x Tx FEC Type N A 1 byte Query only Tx FEC coding type in the form x where 0 Viterbi Reed Solomon 1 LDPC FEC is dependent on the TX Mode Type Example TFT 1 LDPC coding indicated TFT TFT ...

Page 210: ... TLP TLP TLP x Tx Pilot On Off TPI 1 byte Command or Query Tx Pilot On Off selection in the form x where 0 Off 1 On Example TPI 0 Pilot Off selected Note Valid only in DVB S2 mode TPI TPI TPI TPI TPI TPI x Tx Power Level TPL 5 bytes Command or Query Tx Output power level in the form sxx x where s sign xx x Tx Output power level 05 0 and 20 0 dBm L Band 25 0 to 05 0 dBm 70 140 MHz 20 0 to 00 0 dBm ...

Page 211: ...RMM x Rx Modulation Type RMD 1 byte Command or Query Rx Modulation type in the form x where 0 QPSK 1 8PSK 2 16QAM 3 16APSK 4 32APSK Example RMD 1 8PSK selected Note Refer to Sect 1 5 Summary of Specifications for available modulation types for each mode If the demodulator is set to DVB S2 mode this command is query only because the demodulation type is automatically detected but if the unit is not...

Page 212: ... size 0 188 bytes 1 204 bytes Example ARF 11 Interface Slot 1 set to 204 byte frame size ARF ARF ARF ARF ARF s ARF sf Auto Switch Mode ASW 1 byte Command or Query Unit returns the redundancy auto manual mode of the unit in the form x where 0 Manual 1 Automatic Example ASW 0 Manual Mode selected ASW ASW ASW ASW ASW ASW x See Description of Arguments ASI Tx Frame Size ATF 2 bytes Command or Query CD...

Page 213: ...ecified configuration location 0 to 9 Example CST 4 store the current configuration in Location 4 CST CST CST CST N A N A Real time Clock Date DAY 6 bytes Command or Query A date in the form ddmmyy where dd day of the month 01 to 31 mm month 01 to 12 yy year 00 to 99 Example DAY 240457 April 24 2057 DAY DAY DAY DAY DAY DAY ddmmyy Demodulator Lock Status N A 1 byte Query only Demodulator Lock Statu...

Page 214: ...QAM 0 Not installed 1 Installed f S W option Tx 16APSK 0 Not installed 1 Installed g S W option Tx 32APSK 0 Not installed 1 Installed h S W option Tx DVB S1 0 Not installed 1 Installed i S W option Tx DVB DSNG 0 Not installed 1 Installed j S W option Tx DVB S2 0 Not installed 1 Installed k Demodulator configuration 0 None 1 70 140 Mhz 2 L Band l Rx Symbol Rate S W option 0 15 0 Msps 1 22 5 Msps 2 ...

Page 215: ...urrent fault and status codes for the Unit hardware Tx Traffic and Rx Traffic in the form abcd where a Unit Faults 0 No faults 1 Framer FPGA Load 2 Power supply fault 1 5 Volts Framer Card 3 Power supply fault 1 5 Volts Interface 1 4 Power supply fault 1 5 Volts Interface 2 5 Power supply fault 3 3 Volts Framer Card 6 Power supply fault 5 0 Volts Framer Card 7 Power supply fault 12 0 Volts Framer ...

Page 216: ...emodulator Synth 1 PLL A Demodulator Synth 2 PLL B SERDES Demod to Framer C SERDES Framer to FEC1 D SERDES Framer to FEC2 E Reserved F MPEG transport stream error G ASI Rx PLL Empty Interface 1 H ASI Rx PLL Full Interface 1 I ASI Rx PLL Lower Limit Reached Interface 1 J ASI Rx PLL Upper Limit Reached Interface 1 K Reserved L Reserved M Reserved N Reserved O Reserved P ASI Rx SERDES Error Interface...

Page 217: ... form siii iii iii iii where s Slot 1 2 i IP Address GEG GEG GEG GEG GEG s GEG siii iii iii iii Gigabit Egress Port Numbers GEP 11 bytes Command or Query Gigabit Egress Port Numbers in the form snnnnnppppp where s Slot 1 2 nnnnn Source Port Number 0 65535 ppppp Destination Port Number 0 65535 Note Both Source Port and Destination Port must be valid for set command to take effect GEP GEP GEP GEP GE...

Page 218: ...mmand or Query Gigabit Stream Mode in the form sm where s Slot 1 2 m Mode 1 Single Stream 2 Dual Stream Redundancy Mode GSM GSM GSM GSM GSM s GSM sm Gigabit Primary Stream GSP 2 bytes Command or Query Gigabit Primary Stream in the form sm where s Slot 1 2 m Multicast Stream 1 2 GSP GSP GSP GSP GSP s GSP sm Gigabit Stream Timeout Mode GTM 2 bytes Command or Query Gigabit Stream Timeout Mode in the ...

Page 219: ...0 001 24 IPA IPA IPA IPA IPA IPA xxx xxx xxx xxx yy Gateway Address IPG 15 bytes Command or Query Used to set the Gateway IP addess for the 10 100 Base Tx Ethernet management port in the form xxx xxx xxx xxx where xxx xxx xxx xxx is the IP address Example IPG 010 006 030 001 IPG IPG IPG IPG IPG IPG xxx xxx xxx xxx Interface Type N A 2 bytes Query only Interface Type in the form sx where s Defines ...

Page 220: ...ytes are the exponent Returns 0 0E 00 if the demodulator is unlocked Example PER 4 8E 03 PER is 4 8 x 10 3 PER PER PER PER PER a bEscc Rx Alpha Rolloff RAR 1 byte Command or Query Rx Alpha Rolloff in the form x where 0 20 1 25 2 35 Example RAR 0 Rx Alpha Rolloff of 20 selected RAR RAR RAR RAR RAR RAR x Rx Buffer Size RBS 5 bytes Command or Query Rx Buffer Size in milliseconds in the form sxx x whe...

Page 221: ... RDI RDI RDI sc RDI sx See Description of Arguments Rx Data Rate N A 10 bytes Query only Composite Rx Data rate in kbps in the form xxxxxx xxx Resolution 1 bps Example RDR 002047 999 2047 999 kbps specified RDR RDR RDR RDR RDR xxxxxx xxx Redundancy State RED 1 byte Command or Query Unit returns the redundancy state of the unit in the form x where 0 Offline 1 Online Notes 1 This command can be used...

Page 222: ...Long Example RFS 0 which is Short Frame Size Note Valid only in DVB S2 mode If the unit is not locked the query returns x RFS RFS RFS RFS RFS x Rx FEC Type N A 1 byte Query only Rx FEC coding type in the form x where 0 Viterbi Reed Solomon 1 LDPC Note FEC is dependent on the RX Mode Type Example RFT 1 which is LDPC coding RFT RFT RFT RFT RFT x Rx Gold Code Sequence Index RGS 6 bytes Command or Que...

Page 223: ...ange If there are less than 5 events to be retrieved the remaining positions are padded with zeros If there are no new events the response is RNE RNE RNE RNE RNE RNE CR ABCddmmyyhhmm ss CR ABCddmmyyhhmmss CR ABCddmmyyhhmmss CR ABCddmmyyhhmmss CR ABCddmmyyhhmmss Rx Pilot On Off N A 1 byte Command or Query Rx Pilot On Off selection in the form x where 0 Off 1 On Example RPI 0 Pilot Off selected Note...

Page 224: ...O 176500143 SNO SNO SNO SNO SNO xxxxxxxxx Software Revision N A 5 bytes Query only Unit returns the value of the internal software revision installed in the unit in the form Boot X X X Bulk1 Y Y Y Bulk2 Z Z Z Example SWR Boot 1 0 3 Bulk1 1 0 1 Bulk2 1 0 0 SWR SWR SWR SWR SWR Boot X X X Bulk1 Y Y Y Bulk2 Z Z Z Real time Clock Time TIM 6 bytes Command or Query A time as indicated from midnight in th...

Page 225: ...Tx Alpha Roll off same as TAR llll llll Rx Frequency in MHz same as RFQ m Rx Mode same as RMM nn nnnnnn Rx Symbol Rate same as RSR o Rx FEC Type same as RFT p Rx Modulation type same as RMD q Rx FEC Rate same as RCR x spare ssssss Rx Gold Code Sequence same as RGS t Rx Alpha Roll off same as RAR u Unit test Mode same as TST vv Unit Alarm Mask same as MSK Read only TRC TRC TRC TRC TRC TRC aaaa aaaa...

Page 226: ...nterface block 1 indicates ASI 2 indicates Gigabit Ethernet interface 3 indicates HSSI For a set command the first 5 bytes indicates whether the corresponding block should be reprogrammed T T if transmit configuration should be changed 0 means the Tx configuration should be skipped over R R if receive configuration should be changed 0 means the Rx configuration should be skipped over U U if unit c...

Page 227: ...GS n Tx Location of Pilot same as TLP o Tx Transport Stream same as TTM in DVB S2 HSSI mode xxxxxxxxxx Spare bytes Rx Block consists of 50 bytes for Receive configuration in the form aaaa aaaabcc ccccccdefggghijkllllllmm mnxxxxxxxxxx where aaaa aaaa Rx Frequency in MHz same as RFQ b Rx Mode same as RMM cc cccccc Rx Symbol Rate same as RSR d Rx FEC Type same as RFT read only e Rx Modulation Type sa...

Page 228: ...kkk kkk kkk kkklmmmmmnnnnnooppxxx xxx where aaa aaa aaa aaa Ingress Multicast Group Address 1 same as GMI omit interface slot parameter bbb bbb bbb bbb Ingress Multicast Group Address 2 same as GMI omit interface slot parameter ccc ccc ccc ccc Ingress Multicast Source Address 1 same as GSI omit interface slot parameter ddd ddd ddd ddd Ingress Multicast Source Address 2 same as GSI omit interface s...

Page 229: ... same as TDI omit interface slot parameter b Rx Data Inversion same as RDI omit interface slot parameter c Tx Clock Inversion same as TCI omit interface slot parameter d Rx Clock Inversion same as RCI omit interface slot parameter e Rx Clock Source same as RCK omit interface slot parameter ff f Rx Buffer Size same as RBS omit interface slot parameter x xxx spare bytes ...

Page 230: ...CDM 710 Broadcast Satellite Modem Revision 11 Appendix A MN CDM710 IOM A 56 Notes ...

Page 231: ...vision Set the Resolution Bandwidth of the Spectrum Analyzer to 20 of the symbol rate Use video filtering and or video averaging to reduce the variance in the displayed trace to a low enough level that the difference can be measured to within 0 2dB Place a marker on the flat part of the signal of interest then use the MARKER DELTA function to put a second marker on the noise to the side of the car...

Page 232: ...o No 10 1 10log10 Spectral Efficiency where Eb No and Co No No are expressed in dB and Spectral Efficiency includes the modulation type code rate overhead and framing and is shown in Table B 1 and Table B 2 The equation above applies to DVB S and DVB DSNG or use the traditional relationship Eb No 10 log10 10 Co No No 10 1 10 log10 FEC Code Rate 10 log10 bits symbol where Eb No and Co No No are exp...

Page 233: ...5 7 6 7 3 6 8 6 1 12 0 11 7 12 1 10 8 10 3 9 9 9 6 9 1 8 1 7 8 7 3 6 6 12 5 12 2 12 6 11 4 10 8 10 4 10 2 9 6 8 6 8 3 7 8 7 2 13 0 12 8 13 1 11 9 11 4 10 9 10 7 10 1 9 2 8 9 8 4 7 7 13 5 13 3 13 7 12 4 11 9 11 4 11 2 10 6 9 7 9 4 8 9 8 2 14 0 13 8 14 2 12 9 12 4 12 0 11 7 11 2 10 2 9 9 9 4 8 7 14 5 14 3 14 7 13 4 12 9 12 5 12 3 11 7 10 7 10 4 9 9 9 3 15 0 14 9 15 2 14 0 13 5 13 0 12 8 12 2 11 2 11...

Page 234: ... 7 9 7 1 6 6 6 1 5 8 5 7 5 4 5 3 5 3 4 9 4 4 3 9 3 6 3 6 9 0 8 4 11 5 10 2 9 4 8 5 7 7 7 2 6 7 6 4 6 2 5 9 5 9 5 9 5 4 4 9 4 5 4 2 4 1 9 5 9 0 12 1 10 8 10 0 9 0 8 2 7 8 7 3 7 0 6 8 6 5 6 5 6 5 6 0 5 5 5 0 4 8 4 7 10 0 9 5 12 6 11 4 10 6 9 6 8 8 8 3 7 8 7 5 7 4 7 1 7 0 7 0 6 6 6 1 5 6 5 3 5 3 10 5 10 1 13 2 11 9 11 1 10 1 9 3 8 9 8 4 8 1 7 9 7 6 7 6 7 6 7 1 6 6 6 2 5 9 5 8 11 0 10 6 13 7 12 5 11 7...

Page 235: ... 14 9 10 6 10 1 9 9 9 7 9 4 9 3 9 2 8 9 8 7 8 4 8 4 15 5 15 4 11 2 10 7 10 4 10 2 9 9 9 9 9 7 9 4 9 2 8 9 8 9 16 0 15 9 11 7 11 2 10 9 10 7 10 4 10 4 10 2 9 9 9 7 9 5 9 4 16 5 16 4 12 2 11 7 11 4 11 2 10 9 10 9 10 7 10 4 10 3 10 0 9 9 17 0 16 9 12 7 12 2 11 9 11 7 11 4 11 4 11 2 10 9 10 8 10 5 10 4 17 5 17 4 13 2 12 7 12 4 12 2 12 0 11 9 11 7 11 5 11 3 11 0 10 9 18 0 17 9 13 7 13 2 12 9 12 7 12 5 ...

Page 236: ...CDM 710 Broadcast Satellite Modem Revision 11 Eb No Measurement MN CDM710 IOM B 6 Notes ...

Page 237: ...ors have maximum flexibility for enabling functions as they are required FAST allows an operator to order a modem precisely tailored for the initial application When service requirements change the operator can upgrade the topology of the modem to meet those requirements within minutes This accelerated upgrade can be accomplished because of FAST s extensive use of the programmable logic devices in...

Page 238: ...enu select VIEW then press ENTER b Scroll through the modem Options using the arrow keys and note which options are Installed or Not Installed Any that are Not Installed may be purchased as a FAST upgrade View Options 01 IF Modulator Installed Note the following this listing is representative and is subject to change Option Number top line Description bottom line 01 IF Modulator for CDM 710 70 140...

Page 239: ...and a 20 character FAST access configuration code C 2 4 Enter FAST Access Code Enter the FAST access code as follows a Press CLEAR to return to the UTILITY Æ FAST menu FAST Cnfg View MainBoard S N 333333333 b Select Cnfg then press ENTER FAST Configuration Edit Code Demo Mode c Select Edit Code then press ENTER d Enter the 20 character FAST code carefully Use the arrow keys to move the cursor to e...

Page 240: ...T Demo Mode may be enabled or disabled as follows a Press CLEAR to return to the FAST menu FAST Cnfg View MainBoard S N 333333333 b Select Cnfg then press ENTER FAST Configuration Edit Code Demo Mode c Use the arrow keys to select Demo Mode then press ENTER FAST Demo Mode Off On 604800 seconds remain d Use the arrow keys to select Off or On When On the second line will display the under of seconds...

Page 241: ...03 1 760 x 103 1 609 x 103 1 609 1 mm 0 03937 1 kilometer 0 621 Temperature Conversions Units of Weight Unit Gram Ounce Avoirdupois Ounce Troy Pound Avoirdupois Pound Troy Kilogram 1 gram 0 03527 0 03215 0 002205 0 002679 0 001 1 oz avoir 28 35 0 9115 0 0625 0 07595 0 02835 1 oz troy 31 10 1 097 0 06857 0 08333 0 03110 1 lb avoir 453 6 16 0 14 58 1 215 0 4536 1 lb Troy 373 2 13 17 12 0 0 8229 0 37...

Page 242: ...2114 WEST 7TH STREET TEMPE ARIZONA 85281 USA 480 333 2200 PHONE 480 333 2161 FAX ...

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